Document b5Y2JXM37wR9QD1z521z72e3D
PRODUCTION DEPARTMENT
SAFETY MANUAL
EMPLOYEE'S SAFETY MANUAL
PITTSBURGH PLATE GLASS COMPANY Chemical Division
P. O. Bex 1000 Lake Charles, Louisiana
SL 61318
SAFETY MANUAL REVISIONS
Original Printing February, 1953
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First revision, September, 1954 Second revision, August, 1957 Third revision, October 1,1962 Fourth revision, September, 1966
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TABLE OF CONTENTS
Foreword ___--.........................
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PART I General Section---------------------------------------------- 1
PART II Production. Department63
Index 98
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PITTSBURGH
PLATE GLASS COMPANY CHEMICAL DIVISION
A. T. RAETZSCH, Works Monoger P, 0. Box 1000, Loke Charles, Louisiana
These safety rules represent minimum require ments and are only intended to cover average con ditions. Since it is impracticable to cover all con tingencies and emergencies, the earnest coopera tion of ail employees is requested in meeting un usual conditions not covered by these rules. Any exception to these rules will be made only by per
mission of your supervisor.
Accident prevention depends upon the interest of the individual in observing safety rules, keep ing his mind clear and going out of his way to do the common sense things which prevent injury to himself and his fellow workers.
By the practice of these rules and the inte everyone in sale operating and maintenanc ods, we hope to prevent accidents and
human suffering
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GENERAL SECTION
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DUTIES OF MANAGEMENT The Works Manager will be the permanent I Chairman of the Executive Safety Committee and shall assign his alternate to serve as chairman m his absence. He will appoint the members to serve on the committee; he will review the plant expe rience and keep up with progress being made m all phases of accident preventionIt is the responsibility of management personnel from the top down to the first line supervisor to prevent accidents. It is their responsibility to see that the conditions under which employees wortc are safe; that all safely devices where needed are in place and functioning properly; that the neces sary protective equipment is available and m good condition, and all employees know how and When to use such equipment and do use it; that good housekeeping is established and followed, and that all employees understand that safety is a part of every job and every job must be done s&tely. It is also the duty of all management personnel to set a good safety example for every employee.
the executive safety committee
This committee will meet on the second Tues day of each month. It will review and discuss all matters pertaining to safety. It will review all safety reports ana recommendations which may be submitted by its members and decide on an established overall plant policy on safety matters. It will conclude on all matters discussed ana see that definite corrective action is taken. It will act as a clearing house between the Works Manager, supervisors, and workers in both directions. It will dispose of the minutes of the preceding meet ing and matters which have been carried over.
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Members of this comr.
are:
Works Manager, Pern/ at Chairman
Plant Superintendent Superintendent of Engineering
Power Superintendent
Safety and Training Director
Industrial Relations Director
Operations Engineer . Chief Electrical Engineer Service Department Superintendent
Safety Engineer
Shipping Department Superintendent
Production Superintendents
Shift Supervisor Chief Development Engineer
Chief Mechanical Engineer
Safety Inspector
Field Construction Engineer
THE SAFETY DIRECTOR
The Safety Director will be responsible for the coordination and administration of the accident prevention program. He will supervise the activi ties of the men in the Safety Department and see that their efforts are directed in the proper chan nels in order to obtain a well-balanced accident prevention program.
The principal activities of the Safety Depart ment will be in the following areas:
1. Observation of unsafe acts and conditions and getting corrective action before accidents hap pen.
2. Investigations are made when unusual and lost time accidents occur, or at any time any su pervisor requests an investigation in conjunction with his own investigation. Follow-up is to be
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made on all investigations to see if corrective ac tion eliminate the unsafe act or condition.
3. Analysis of accidents as to types, causes, se verity, and all other factors from experience which can serve as a guide for supervision in prevention work.
4. Inspection and study of machines and equip ment to determine need for safeguards and the study of requirements for personal protective equipment.
5. Periodic inspection of safety equipment 6. Safety educational work with all personnel. 7. Providing any information and advice as re quested by supervision. 3. Inspection of equipment, tools, and buildings to determine if well-established safety standards are met 9. Inspection of plant premises for housekeep ing and sanitation conditions. 10. Making job studies of new processes to de velop data with regard to hazards such as explo sions or other conditions and keep Executive Safe ty Committee and supervision informed, 11. Consulting with plant physician on the med ical aspects of safety.
SUPERVISOR'S RESPONSIBILITY IN ACCIDENT PREVENTION
Supervisors are responsible for the safety of the employee.
The principal duties of supervisors are: 1. To train employees to do all jobs safely. 2. To issue job safety instructions when requir ed.
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3. To enforce safety rules and regulations. 4. To recognize and correct unsafe conditions. 5. To investigate all accidents and fill out the Supervisor's Accident Report 6. To investigate all near-miss accidents and correct the condition or act. 7. To require workers to report for first aid when injured. 8. To conduct formal safety meetings. 9. To observe safety rules and safety practices.
LEAD OPERATORS, MAINTENANCE LEADMEN, WATCH ENGINEERS AND LEAD LOADERS
The principal duties of this group will be: 1. To make sure that the men understand that safety is part of their job. That they know how and do work safely. 2. Outline safe methods and proper ways of carrying on the work, and see that instructions from supervision are carried out 3. To endeavor to get compliance with safety rules by the men. 4. To give specific job safety instructions with job assignments and see that the hazards of each job are pointed out 5. To visit frequently and follow up on hazard ous job assignments and see that the job is done safely. 8. To observe unsafe acts of workers and cor rect them.
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7. To observe and correct or report unsafe con ditions and recommend necessary corrective ac tion.
8. To investigate accidents when requested to do so by his supervisor.
9. To require workers to report to First Aid when injured on the job.
10. To instruct new employees and see that they understand that they have a personal responsibil ity in protecting their bodies from injury.
11. To see that workers have proper tools and protective equipment
12. To observe the safety rules in order to set a good example for everyone else.
EMPLOYEE'S RESPONSIBILITY IN ACCIDENT PREVENTION
Each employee has a personal responsibility in accident prevention. He has a responsibility to his family, to his fellow workers, and to his em ployer by whom he is paid to work safely. In the performance of bis duties, he will be expected to observe safe practice rules as well as instruc tions relating to the efficient handling of his work.
WORKERS ARE REQUIRED TO RESPECT AND PROTECT THE HUMAN BODY AND SHIELD IT FROM INJURY.
Some of the employee's responsibilities are: 1. To incorporate safety in every job procedure. No job is done efficiently unless it has been done safely. 2. To know and obey safe practice rules.
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3. To know disciplinary action for violation of safety rules.
4. To report all injuries to supervision immedi ately.
5. To follow instructions given by supervision. 6. To caution fellow workers when they per form unsafe acts,
7. To refrain from TAKING CHANCES. 8. To ask questions of supervision when there is any doubt concerning safety of job safety instruc tion.
9. To refrain from tampering with anything which they do not understand.
ASK YOUR SUPERVISOR FOR HELP WHEN EVER NEEDED.
GENERAL RULES FOR ALL EMPLOYEES
These rules apply to all employees of the com pany.
1. Each employee will be provided with a copy of his department handbook and have possession of it until he leaves the service of the company.
2. Each employee will carefully study and ob serve these rules, especially those applying to his particular duties, and he will be examined at in tervals as to his knowledge of them. These rules will be strictly enforced and ignorance thereof will not be accepted as an excuse for their viola tion.
3. If a difference of opinion arises with respect to the meaning or application of these rules or the steps necessary to carry them out, the decision
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of the supervisor in charge of the work will be accepted,
4. It is impracticable to include rules to meet all contingencies. When emergencies arise, act un der the directions of the supervisors.
5. It will be the duty of employees to attend safety meetings and take an active part in safety work.
6. All workers must understand the safety pro cedure on a job before work is started.
7. Employees will be careful always to place themselves in safe and secure position. The care exercised by others must not be relied upon for protection.
8. All employees are required to wear safety hats, safety glasses and a respirator upon entering plant gates, except that they are not required in plant offices.
(Job Safety Instructions)
1. No job instructions are complete until J.S.I. (Job Safety Instructions) have been given.
2. It is the responsibility of supervision to give J.S.I. with every job assignment when there is the slightest doubt that the workers may not be ac quainted with safe methods of doing a job.
3. It is the responsibility of every employee to ask his foreman for J.S.L on every new job assign ment, or on job assignments where he may be un familiar with hazards.
EACH EMPLOYEE MUST ASK HIS FORE MAN FOR J.S.L ANY TIME WHEN IN DOUBT. ANYONE WHO TAKES A CHANCE AND IS IN JURED, CANNOT BE EXCUSED BECAUSE OF IGNORANCE.
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TAGGING PROCEDURE
The tagging procedure at this plant is a safety system used to prevent injury to personnel and damage to equipment or property. The purposes of the system are to establish safe conditions for a particular job or situation; to maintain safe con ditions for the required time, and to clearly de termine the end of the job or situation.
Whenever a supervisor or workman determines that unsafe conditions can possibly occur during or because of a particular job or situation, the tag ging procedure will be used for the necessary safety clearances.
The tagging procedure is most frequently used when equipment is out of service for maintenance. In general, the procedure applies to all equip ment being worked on except spare equipment in storage areas or shops.
Safety clearances are obtained by attaching "DO NOT OPERATE" tags to control points such as valves, switches, manhole covers, etc. These "DO NOT OPERATE" tags are known and re ferred to as Red tags. In order to maintain the safe conditions established by tagging, the cardinal rule is: EQUIPMENT WILL NOT BE OPERATED WHILE TAGGED.
This rule specifically applies to testing work done as a part of the job. For example, if motor rotation is to be checked before coupling to a pump, the tags on the starter must be removed by the responsible parties before energizing the cir cuit even momentarily.
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Five types of tags are used in the tagging pro
cedure. Red (Do Not Operate)
A reusable plastic tag inscrib ed with the words "DangerDo not Operate." The tag has
spaces in which to write, in pencil, the date, the reason for tagging and a signature.
Personal Tag
Boil-out Tag'
Instrument ShutOff Tags*
A white plastic tag ^inscrib ed with the words "Do Not Operate", a number and the individual's name.
A red plastic tag used in lieu of Red (Do Not Operate) tags during boil-out of the caustic evaporation equipment.
A white cardboard tag used primarily to indicate that an instrument is not in service.
Supervisors Per sonal Tag
White letters on red back ground.
The person responsible for the work requiring safety clearance (usually Service Department or Engineering) will contact the operating personnel directly responsible for the equipment or facility concerned (usually Lead Operator or Watch En gineer) and will notify them .of the work to be
done.
Operating personnel will determine if the
equipment or facility can be cleared and will then isolate it so the job can be done safely. Operating personnel will tag all required control points with Red tags. If the item is tagged for maintenance purposes, only the date and signature of the per-
See sDecial rules.
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son applying the tags are required. If the item is tagged for any other reason, this reason must also be shown on the tag.
The person responsible for doing the work will inspect the job and will also tag the required con trol points with Red tags. This job is now con sidered clear. Proceed with caution.
Bach man (mechanic, apprentice, helper, utility crewman, etc.) working on a clearance must place his Personal tags on the valves, switches, etc., previously tagged with Red tags after satisfying himself that the job can be done safely. Persons not normally furnished with Personal tags (usual ly supervisors or engineers) must tag the neces sary control points with Red tags for personal protection when entering tanks or vessels.
Since the Personal tags signify that an individ ual is actually working on the clearance, the tags must be removed when the individual changes as signments and at the end of the day. Under no circumstances can a mechanic, apprentice, helper, or utility crewman remove another's Personal tag.
REMOVAL, OF TAGS. When the job is com plete, the individual workmen will remove their Personal tags and will notify the responsible party who has established the clearance with Red tags.
The person responsible for the work will notify the operating personnel concerned. When both parties are satisfied that all safety requirements are fulfilled, they then will remove their respec tive Red tags.
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SPECIAL RULES
1. (a) When electrical checks, repairs, or switch ing is to be done on equipment or the dis tribution system within a definite plant area (such as the Liquefaction Area or Caustic Area) electrical clearance must be obtained by the standard tagging proce dure. Service Mechanics (Electricians) may sign Red tags in these instances in lieu of Area Maintenance Leadmen or Su pervisors.
(b) When electrical checks, repairs, or switch ing is done on the distribution system between plant areas or between the Pow erhouse and plant areas, the electrical clearance must be accomplished under the direction of a supervisor or a leadman. The responsible person in these instances can delegate the signing of Red tags at his discretion.
(c) Turbine Operators, upon instructions from supervisors or m emergency cases, are per mitted to give electrical clearances on the breakers they normally operate.
2. It is not permissible to tag push button switches. The main disconnect devices must be tagged and then the start button pushed as a test before starting a job.
3. (a) When repairs to an instrument requires that a process line be opened, the stand ard Red tag procedure will be followed,
(b) When an element of a control system re quires checking or repairs, except as in
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paragraph 3 (a), clearance may be ob tained by placing an Instrument Shut-Off Tag, signed by the Area Lead Operator, or Watch Engineer and a mechanic, at the control station.
(c) When any secondary instrument (Le. noncontrolling indicator or recorder) is to be serviced or repaired, except as in para graph 3 (a), clearance may be obtained by placing an Instrument Shut-Off Tag, signed by the operator using the instru ment and a mechanic, at the instrument. NOTE: Personnel working on the above clearance will use Personal plastic tags as necessary,
(d) Any supply lines, impulse lines, etc., dis connected by the mechanic(s) during the course of repairs described in (b) and (c) above, may be tagged with an instrument Shut-Off Tag signed by a mechanic only.
4. Lead Operators, Watch Engineers, Lead Load ers, Area Maintenance, Leadmen, Service Me chanics (Electricians), Shift Mechanics, and Supervisors may remove Red tags attached by others of their respective classifications after fully checking the situation to be sure that all safety requirements are satisfied.
5. Area Maintenance Leadmen may tag mechan ical equipment in OUTLYING AREAS NOT ATTENDED BY REGULAR OPERATORS af ter obtaining verbal clearance from the respon sible operating personnel.
6. The Inspector Repairman and Shift Mechanics may tag equipment on which they normally
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T' SUSS? iia,iT y0t"*"'!- aTM, Jags m lieu of Red tags for r=,t fPeclaI Plastic boil-outs only. The Sad (wrt C eVaPrator
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SAFETY SUGGESTION PROCEDURE
I0US departmemffor us^Vlei1`?cated in the var,TMlsb lo submit a suggestion Thyees Then ther handling suggestionswdl be'asfXws "^ *"
I- The suggestor will write the ^e origins! (red) sheet
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bon copies. (Second copy blue, third copy yellow and fourth copy green).
2. The suggestor will tear out the first three copies and give them to his supervisor. The fourth copy (green) will remain in the book.
3. The supervisor will investigate the condition mentioned in the suggestion and note his ac tion on all three sheets. If action is necessary by another department, he will pass the red copy to that department.
4. When final action is taken, it is so noted on the red copy and, if handled by another de partment, it must be returned to the super visor who originally handled the suggestion. The red copy is given to the original sug gestor with the final disposition written on it.
5. The blue copy is forwarded to the Safety Di rector, the yellow copy to the Superinten dent in whose department the suggestion originated, with final disposition.
SIRES
Three general classifications of incipient fires have been developed by Underwriters Labora tories according to the type of extinguishing agent required.
Class A Fires
Fires in ordinary materials such as wood, paper, excelsior, rags, rubbish. The quenching and cool ing effects of water or of solutions containing large percentages of water are of first importance in ex tinguishing these fires.
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Class B Fires Fires in such flammable liquids as gasoline, oil,
or grease. A blanketing or smothering action is of primary importance on incipient fires of this type. The foam extinguisher, carbon dioxide ex tinguisher and dry chemical types are satisfactory for use on this type of fire. Class C Fires
Fires in or near live electrical equipment A non-conducting extinguishing agent such as car bon tetrachloride or carbon dioxide and dry chem ical is satisfactory for this type of fire.
FIRST AID ZONES The plant property is divided into safety zones. The purpose of this division is to centralize control as much as possible when emergencies arise re quiring first aid treatment to an employee or when the services of the plant fire fighting team are re quired. The emergency horns will blast signals indicating the zone in which the emergency exists The plant alarm signals will be as follows: Horn Blasts Zone Directional Center Location 1-1 1 Guard Office 1-2 2 Machine Shop (Center East Wall) 1-3 3 Safety Office 1-4 4 Caustic Operator's Desk
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1-5 5 Cell Foreman's Office 2-1 6 South End Lower Roadway 2-2 7 South End North Rectifier Building 2-3 8 South End Powerhouse 2-4 9 River Pumphouse 2-5 10 Office Building K-105 (North Side) 3-1 11 South Side Anhydrous Caustic Build
ing 3-2 12 Sodium Chlorate Building (East
Door) 3-3 13 North Door Riverside Powerhouse 4-1 16 West Door of EDC, Tl-Ethane Control
Building
The directional centers are shown on framed posters throughout the plant and this is the point to which the emergency crew will go immediately when the signals are blasted on the alarm system, provided they do not know where the emergency exists.
When first aid or fire-fighting services are needed in any zone, an employee will proceed to the nearest intra-plant phone and dial 216. He will tell the guard whether first aid or fire-fight ing services are needed and where the emergency exists; then proceed to the appropriate Directional Center involved to direct the Emergency Squad to the scene. The guard at the gate will then set the plant alarm system into action. The patrol guard will proceed to the safety zone in which the emergency arose.
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In case of an emergency requiring first aid treatment, employees on duty who belong to the Emergency Squad will proceed to the scene and take over and handle the case. The plant doctor should be summoned immediately by the plant nurse (guard if on evening and night shift).
NOTIFICATION The Guard Office--Phone 328--should be called immediately and the following conditions explain* ed when they exist: 1. After using any fire extinguisher. 2. After breaking a seal on a hose house.
A seal should never be broken except in case of emergency or inspection.
3. When a fire hydrant on the yard is opened. 4. When a sprinkler alarm rings.
EVACUATION PROCEDURE 1. When the emergency horns sounds a long warbling sound, it is signal for the following em ployes to evacuate and get into an area which will be free of air contamination:
(a) All contractors' employees (b) Laboratory employees (c) Warehouse employees (d) Employees in the Personnel and Opera
tions Building, the Administrative Build ing and the Plant Offices. (e) Service Department employees
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2. When the evacuation alarm sounds em ployees will be governed by the windsocks as to direction to take, but will travel at right angles to wind direction as much as possible.
3. Power, Production and Shipping Depart ments will be governed by what is deemed advis able by the superintendents of these departments.
4. The system presently being used as an emer gency alarm will be used for the evacuation alarm. A central control switch is located in the Guard Office and the Shift Supervisor's office. When either is in the closed position, all emergency horns will blast simultaneously. Either of these two switches can be used. A long warbling sound will be the signal to evacuate.
The aiTM will be sounded only by the Shift Supervisor, a supervisor in the Production or Ship ping Departments, or by the Guard at the Guard Office. The evacuation horn will blast for three (3) minutes and should then shut oft
5. Windsoclw have been installed in the follow ing locations: (a) Top of No. 7 Cell Liquor Tank (b) Top of Caustic Storage Tank at Docks (c) Top of southwest corner of Liquefaction Structure (d) South area near salt pond (e) On top of Cell Building K-305 (east end) (f) PH Condensate Tank in Caustic Area (g) Construction Pipe Shop (east end) (h) Light Tower west of Car Shop (i) Top of north end of Shop (j) EDC Storage Tanks (k) Shipping Building (west end) HAVE TOD ASKED FOB J. S. LT -- 18
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These windsocks are intended to be used as wind direction indicators. The flag at the Per sonnel and Operations Building can also be used as a wind direction indicator. Additional loca tions will be added as plant expands.
6. Division Heads in Traffic, Industrial Rela tions, Purchasing, Accounting and Engineering will appoint leaders and alternates to lead and direct their employees into an area free of air contami nation when the evacuation alarm sounds. All women in the in-plant area will be directed by de partment heads or supervisors in the affected areas. Members of the emergency crew (who will not be required to remain at their station) will go to the Guard Gate. If this area is inaccessible, then they should report to the south door of the Power house.
7. All personnel are required to go to the plant fence which is in the safe direction of travel, when evacuating. All personnel are to remain in the clear, after the horns have ceased blowing, until they again sound two long blasts as an "all clear" signal. The "all clear" signal will sound only at the request of a supervisor in Operations.
EXE PROTECTION 1. Every employee is required to wear safety spectacle type glasses upon entering the plant gate, but are not required in plant offices. 2. All caustic, cell and liquefaction operators, the shift mechanics and all shipping personnel in volved in caustic tank car, tank truck and barge loading, will be issued a pair of chemical goggles which are to be worn on their person at all times. In addition, all Service Department personnel
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normally assigned to work on caustic handling fa cilities will also be issued goggles to be worn on their person when working on or. around such equipment. All other maintenance personnel as signed temporarily or on an emergency basis to these areas will pick up a pair at either the Tool Room, Safety Office, or Area Maintenance Storage location.
These chemical goggles are to be worn over the eyes if, in the opinion of the employee or his supervisor, a sufficient hazard exists to warrant their use. The goggles may be worn in place of the-safety glasses, provided the primary hazard is not that of severe impact from a flying object. In this case, the goggles will be worn over the safety glasses. If the employee is wearing his goggles, this does not relieve him of the responsibility of keeping his safety glasses in his possession at all times.
1 3. A face shield must be worn when chipping, buffing, using portable grinders, babbiting, rivet ing, rivet cutting, or similar operations. These must be worn over the safety glasses.
4. A welder's hood must be worn when doing arc welding and safety glasses must be worn un der the hood.
5. A face shield must be worn when doing lead burning.
6. Safety glasses must be worn under welding and cutting goggles.
7. Chemical goggles, or a face shield, must be worn when blowing off or cleaning with com pressed air.
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Consult supervision when in doubt about eye protection. DO NOT TAKE CHANCES!
FOOTWEAR All employees will be required to wear hard toe safety shoes with the exception of: (a) Those employees whose work requires
them to wear hard toe rubber shoes. (b) All female employees and all male em
ployees in Accounting, Personnel and Engi neering (except field engineers and chemi cal engineers whose work habitually re quires them to be in the plant).
LADDERS It is necessary to do work from various types and sizes of ladders by both operators and main tenance men. This work should and must be done safely. Since there are various types of ladders in use in the plant it is necessary that the right ladder be used for every job. Always check with your supervisor if you are not sure about the type of ladder you should use. 1. Do not use ladders that are defective, dam aged on the job, or that do not have the current color of the month. (See Figure 1). A Red Tag shall be applied to a defective lad der stating the unsafe condition by the person dis covering the defect. Your cooperation in either returning defective ladders and ladders that do not have the current color of the month to the Carpenter Shop or notifying your foreman of the unsafe equipment is requested. (See Figure 1 for color of the month).
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2. Ladders placed in passageways should be barricaded or protected by a standby.
3. When ascending or descending a ladder, the user must face the rungs or steps and have both hands free to grasp the rungs or rails.
4. All straight ladders must be equipped with safety shoes and a tie-off line at least eight (8) feet long and with a minimum diameter of % inches. The top of a straight ladder must be firm ly placed, if possible, and if both sides do not press evenly against the support, the ladder must be tied or held.
Note: The best angle for a straight ladder is about 75* with the horizontal. This will place the foot of the ladder about one-fourth (%) of its length from the object it leans against
5. The two top rungs of a straight ladder must not be used to stand on unless the rungs are visu ally inspected for defects and ladder is tied off and a safety belt is used.
6. Only one worker is allowed to work on a ladder unless it is designed for two people.
7. Extension ladders must not be taken apart in order to use the two sections separately. They must be equipped with a pulley and cash cord for raising and lowering the top section.
8. Platform ladders must be fully opened and locked while being used.
9. Platform ladders over ten (10) feet in height must be equipped with outriggers, tied off, or held when standing on the platform.
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SCAFFOLDS 1. Scaffolds must be built of sound material and well-braced. Decking boards must be nailed down, tied down, or equipped with cleats that will prevent them from sliding or falling. No structural brace is to be removed from either metal or wood en scaffolds unless permisson is secured from a supervisor. 2. Scaffolds must be equipped with handrails or hand lines, and toe boards, unless in the opinion of the supervisor they are not deemed necessary. Note: A specific understanding must be reached regarding these safeguards at the time the scaf fold is being erected and prior to being worked on. 3. A safe means of access must be provided to a scaffold. 4. When necessary to work outside the handrail of a scaffold, the decking boards must be fastened down, and a safety belt with the tail line tied off must be worn. 5. Do not use "Scaffold Boards" for any other purpose. Remove all loose material from a scaf fold when one is finished with it so that it won't fall. . . and injure workmen dismantling the scaf folding. Note: "Scaffold Boards" are plainly marked on the ends and center. S. Do not throw material and tools to or from the platform of a scaffold. Use a hand line, if necessary, to raise and lower objects. 7, Scaffolds equipped with casters must have a locking device on the casters or the scaffold must be secured to keep from rolling while being worked.
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8, Sectional scaffolds, such as "Safeway", must be tied off or supported by outriggers when they are between ten and twenty feet in height. When exceeding twenty feet in height they must be supported by outriggers and tied off, if possible.
9. Swinging scaffolds must be discussed with your supervisor before being worked.
10. A fork truck pallet that is being used as a working platform must be equipped with hand rails. The platform must be tied off to the truck to prevent it from slipping off the forks should they be accidentally tipped down and the truck must not be moved unnecessarily when the plat* form is in an elevated position.
Note: Powered scaffolds, such as the "Spider" scaffold, are invaluable in certain types of jobs. The use of them, however, by untrained person* nel could be unsafe. All jobs on which these scaffolds are to be used must be studied thorough* ly by the foreman and personnel involved so that specific Job Safety Instructions can be determined and understood by all concerned, prior to the start of the job. In addition, these rules must be observed.
11. Do not use a "Spider" scaffold nni* you have been given specific training in its operation and you have been "checked out" in it by a quali fied trainer. Discuss this matter with your super visor if there is any doubt concerning it
12. When a crane boom is used as the support for a "Spider" scaffold, the boom line must be dogged off; the hoist line if used for support must be dogged off, and the crane operator, removed from the crane before and while using the "Spid-
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er". When necessary to weld or burn from a `Spider", discuss the specific job with the super visor m charge to ascertain any special precau tions needed to eliminate the possibility of burn ing the hoisting cable. Special attention must also be paid to the necessity of providing a positive ground for the "Spider" frame-work to avoid arc ing on the hoisting cable or mechanism.
13. Special hooks are to be used with "Spider". Be sure the supervisor is aware and satisfied.
SIGNS 1. Do not depend on a sign alone to afford pro tection where other more effective means are available. 2. Place signs in such a position a3 to afford maximum benefit 3. Signs must be used when necessary and must be removed and returned when no longer needed. 4. Do not use signs which have been defaced. 5. Only the workers who put signs in place can remove them unless others are instructed to do so by the supervision responsible for the job.
BARRICADES 1. Barricades must be erected around the scene of jobs that present hazards such as falls, falling material, large scale spillage of chemical, etc. Barricades must be removed when the job is fin ished. 2. Do not enter a barricaded area unless you have a specific purpose for being in the barricaded area.
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(. V
SOLVENTS Solvents are necessary for various cleaning jobs in the plant The most common solvents are listed which can be used with reasonable precautions, ex cept carbon tetrachloride, which must be used only at the request of supervision.
KEROSENE -- Flammable -- Flashpoint 100160*F.
VARSOL -- Flammable (same as Kerosene) -- Skin irritant
PERCHLOROETTHYLENE -- Non-flammable -- Toxic--vapors must not be breathed.
TRICHLOROETHYLENE -- Non-flammable at ordinary temperatures. Slightly flammable at higher temperatures. Vapor must not be breathed.
SC-49 -- Flashpoint 113*F. CARBON TETRACHLORIDE--Non-flammable very toxic, vapor must not be breathed.
HANDLING CYLINDERS CONTAINING OXY GEN, ACETYLENE, CO,, FREON, OR OTHER COMPRESSED GASES
1. Never drop any cylinders nor permit them to be struck violently.
2. When cylinders are not in use, the valve pro tection cap must be in place and tightened hand tight
3. Oxygen and acetylene cylinders, regardless of whether full or empty, must not be stored to gether.
4. Cylinders shall not be used as roller, anvils, supports, or for any purpose other than as gas containers.
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5. Never use any tool for opening cylinder valve other than the one provided for that pur pose.
6. Leaky cylinders must be removed to the out side.
7. Cylinders must not be placed near a source of heat.
8. Empty cylinders must be returned to cylin der storage place as soon as possible after being emptied.
9. All cylinders must be kept in upright posi tion and well-tied or secured.
10. All empty oxygen and acetylene cylinders must be marked E-M-P-T-Y.
11. Oxygen cylinders must not be handled with oily or greasy hands nor should they be stored where readily oxidizable materials might come in contact with them. Oil and grease should never be used in regulators, valves, or connections. Un der no circumstances may oxygen cylinder caps be used as a receptacle for grease or oiL
12. Never use oxygen as a substitute for com pressed air or as a source of pressure.
13. Turn acetylene cylinders so that their valve outlets will point away from the oxygen cylinder.
14. The wrench for opening the valve on acety lene cylinders should always be kept in place when acetylene is being drawn from cylinders.
HOUSEKEEPING 1. Each employee is responsible for the clean liness of the area in which he is working.
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2. Put trash, paper, etc., in trash cans provided for that purpose.
3. Materials must be piled or stacked neatly and no aisleway or doorway can be blocked unless there is another means of allowing for normal traffic.
4. Dirty and oily rags must be put in the con tainers provided for that purpose,
5. Cleaning up is required after finishing any job. Mo job is complete until all debris is re moved.
6. Do not allow an oil puddle to remain on the floor. Mop it up with rags.
7. Keep hoses not in use neatly coiled and out of the way.
PLANT INJURY CLASSIFICATION
All injuries are classified according to the American Standards Association method of com piling industrial injury rates as follows; '
First Aid Cases;
An industrial injury which requires only one visit to plant hospital.
Minor Injuries (Medical Treatment)
An industrial injury which does not interfere with employee's normal work, but requires two or more visits to plsnt hos pital.
Sub-Major Injuries: (Temporary Partial Disability)
An industrial injury which does not result in loss of time, other than the remainder at the shift
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Major Injuries: (Temporary Total Dis ability, Permanent
Partial Disability, Permanent. Total Dis ability, or Death)
on which the accident oc curred, but limits the em ployee so that he can only partially fulfill a regular ly established job in his own area.
An industrial injury which results in death or loss of time other than the remainder of the shift, exclusive of a 48 hour grace period for ob servation in case of head, chest, or abdominal in juries requiring x-ray, etc.
AUTOMOBILES, TRUCKS, SCOOTERS,
SHOP TRUCKS, ETC.
1. Drivers of company vehicles must be famil iar with the regulations governing highway traf fic in the state. Safe driving practices must be followed whether other vehicles on the road do so or not.
2. Drivers of company vehicles are required to be courteo.us and where safety is involved they will grant the right-of-way to others regardless of the law. Signals should be given when turning or stopping. Speeding is to be avoided and vehicles must be driven at such a speed as to allow the driver complete control at all times. Citations re ceived while operating a company vehicle will be come the responsibility of the operator, provided the operator is found to be guilty.
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SL 061351
3. The following are sale driving practices which must be complied with os plant property.
Vehicles must be driven at such a speed as to be sale and allow the driver complete control at all times. Generally a speed of 15 miles per hour must be adhered to for all vehicles except a fire
truck or ambulance.
The speed limit is five miles per hour at follow ing points:
(a) Roadway between caustic building and caustic storage tanks.
(b) Upper and lower passageway in plant
(c) Roadway between liquefaction and am monia compressor building.
(d) Roadway between cell buildings.
(e) Roadway between cell and rectified build ings.
4. Vehicles entering or leaving shops at upper
passageway must stop and sound their horn before
doing so.
...
5. No vehicle is to turn into any part of the cell rooms.
6. Employees are required to sit down when
riding in a truck bed, and must not allow their feet to hang over outside of truck bed.
7. Drivers must stop their vehicle and observe both ways at all blind railroad crossings.
8. When safety belts are provided in company vehicles they must be worn when the vehicle is in operation.
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SL 061352
9. Bicycles will be governed by other vehicle rules. Stop at stop lights, stop signs and do not break limits especially in and around buildings.
10. Do not carry heavy loads in baskets on bi cycles, large chain blocks, valves, etc.
urr trucks
The following rules must be adhere to when operating fork lift trucks:
1. Supervisors will train employees who are required to use lift trucks and will provide the Safety Department with names of employees who are qualified to operate lift trucks.
2. No passengers are allowed on trucks. 3. Keep to right whenever possible. 4. Slow down when vision is obstructed and at cross aisles. 5. Come to a stop and sound horn at doors, cor ners, exist, etc. 6. Sound the horn when approaching pedestri ans, but do not use horns unnecessarily, 7. Do not start, stop, or turn trucks suddenly. 8. Face in the direction you are traveling. 10. Inspect all loads to be moved; do not over load; do not move a questionable load; keep loads below eye levels; avoid carrying loose materials. 11. Never use the truck to cany loads for which it is not intended. Use the right truck for the right job. 12. Never use a loading plate that is bent or damaged.
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SL 061353
13. Do not uw reverse control tor brakes. 14. Do not drive with wet or greasy hands. IS: Slow down for wet and slippery floors. 16. Never drive high lift trucks with the plat form elevated. 17. Avoid bumping into objects, especially in backing, and keep your feet inside the running lines of the truck. 18. Stunt driving, speeding, and horseplay will not be tolerated.
INJURIES;
1. All injuries which occur on' the job must be reported to the supervisor regardless of their na ture. Injured employee must apply to the super visor for First Aid pass to clear through guard gate and must give the pass to the nurse. In case of a serious injury, a pass is not necessary.
2. When an injury occurs to an employee on the night shift, he will obtain a First Aid pass from the Shift Supervisor and take it to the guard gate. The Guard will administer first-aid. in simple cases and give the injured employee two (2) copies of the supervisor's report form which he will take to the Shift Supervisor who* will investigate the accident, analyze it on the form and send it to the foreman of the department. The Guard will in form the Shift Supervisor by telephone as soon as poulblo
CHEMICAL BURNS AND INHALATIONS
1. Safely Goggles;
Your attention is directed to the explanation on safety goggles and of the eye protective equip ment as outlined qq page 18.
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2. Respirators: Respirators must be worn when spray painting
or working in a dusty atmosphere. Also consult your supervisor at any time when conditions indi cate respirators are needed, 3. Gas Masks:
(a) All employees are provided with what is known as an escape mask; this mask is provided for the purpose of protection until a safe area can be reached. These masks are not intended for use in strong concentrations of chlorine.
(b) Full face masks are provided for use in strong concentration of chlorine and ammonia. You should know the locations of full face masks about the plant.
(c) All new employees will be instructed by the Safety Department in the use of a full face canister mask. 4. Special Masks:
Special masks are provide at designated spots in the plant for your use in emergency conditions. Instructions on the use of these masks will be given by the supervisor. 5. Chlorine Alarms:
Chlorine gas alarms (sirens) are located in liq uefaction, chlorine tank car loading area, scale tanks, shipping building, chlorine docks and in the cell room. When those sound, employees will determine the wind direction as indicated by windsocks, and move out of the area at right angles to the direction of the wind as soon as pos sible to do so.
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4
8. Ammonia Alarm:
The ammonia alarm siren is located in the OH Plant and gives intermittent high and low wails. The same precaution should be taken as with the chlorine alarm.
7. Other Protective Equipment:
(a) All employees are required to wear a safety hat while in the plant as well as eye pro tection and respiratory protection as outlined above.
(b) Employees are to wear hard toe rubber shoes when working in areas where corrosive liq uid is on the floor.
(c) Various type respirators, safety clothing, and other special items of protective equipment are available for your use when conditions war rant them and further instructions on their use will be given by your supervisor.
8. Safety Showers:
(a) Whenever you com* in contact with chem icals of any nature in the plant through spillage, splashing, or other causes, you-are to flush the affected area with large volumes of water. For this purpose safety showers have been provided at several places throughout the plank Spot these lo cations and know where they are when you are in the area.
(b) At these same locations, bottles of body wash have been provided for further- first-aid use. Body wash generally is used only after the affected areas have been flushed with large vol umes of water. Each location also has a short hose for use when a large volume at water is
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needed in a local spot. Use these hoses to wash off contaminated tools but do not leave tools in shower pit Do not remove the short hose from shower to hook up other hose for any reason.
ELECTRIC SHOCK
1. Since this plant is primarily an electro-chem ical operation centered around the cell area, all employees should familiarize themselves with the safety rules covering cell room operations and rectifier operation.
2. Electric power tools should bear the color of the current month. (See Figure 1).
3. All portable electric tools must be grounded when in use.
4. Six (6) volt or thirty-two (32) volt extension cords must be used when a light is required in small tanks, boilers, or vessels, or when a light is required in wet places such at ditches, excava tions, or sewers, etc. If 6-volt or 32-volt equip ment does not give enough light in large tanks, 110-volt lights may be used only by permission from a supervisor and only after he has checked the installation.
5. One hundred ten (110) volt extension cords may be used normally but they must be equipped with 3-prong fitting* grounding within the plant area.
6. Lamps on extension cords must not be re newed before pulling the plug from the receptacle.
7. Extension cords must bear the color for the current month.
8. All service mechanics (electricians) and members of the emergency squad are trained in artificial respiration. Refresher training will be required in six-month periods.
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'*
FALLS
1. Safety belts are to be worn in unprotected, elevated places and on roof slopes in excess of 15* in pitch. They are to be worn when working near the edge of a roof, regardless of pitch, or at any time in the discretion of supervision they are considered necessary. A safety belt is required when work is being done on a roof between the yellow painted line and the roofs edge. The belts must always be tied adequately and with the tag line as short as possible. Whenever a safety belt is needed in doing any job, it must be checked thoroughly for defects before using by the wearer.
2. The handrail should be used when walking up or down stairways. Do not attempt to carry a load up or down a stairway that will prevent you from having a free hand with which to hold the handrail.
MECHANICAL FAILURES A. Tools
1. The Proper tool should be used in any Job which is done in this plant. Defective tools of any kind must not be used.
2. Portable electric power tools must bear color code of the current month. There are cer tain restrictions on tool usage in the cell room. Everyone should refer to the cell room safety rules for these restrictions when working in this area.
B. Hose--All Types
One of our widely used tools is hose for either air, water, or steam. Use the proper hose for the proper medium.
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SL 061358
1. Do not use an air hose for steam service. Note: Consult your foreman if you do not
know the identification of hose used in your sec tion.
2. Do not use a steam hose for any other ser vice. Steam hoses are equipped with Boss fittings. Do not remove Boss fittings from a steam hose or steam outlets.
3. Hose must be strung up overhead high enough to permit free passage if at all possible.
If necessary to string hose across roadways or passageways, ample protection must be provided for the hose against damage by vehicles, as well as taking means to protect pedestrian traffic against tripping hazards.
4. A. Do not disconnect a hose until the supply valve to same has been closed and the hose bled down.
B. Do not connect a hose between two fixed connections unless there is a bleed valve on one of the two ends.
5. Do not attempt to remove air tools from a hose without first dosing the supply valve and draining the hose. Do not shut off the pressure to the tool by cramping the hose.
S. Clean and return hose to the proper loca tion after using it
7. Air must not be used for blowing off dothing while being worn. If it is necessary to blow off clothing, the dothing must be removed from the body before blowing off. An air hose must never be pointed so that a jet of air can strike any part of the body.
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C. EmeryWheels 1. Pedestal and portable grinders and buffers
must be equipped with guards when being used. Pedestal grinders must be equipped with work
rests when being used. The position of the work rest should be checked frequently; it should never be more than Vs' from the wheel and securely clamped in position.
Note; Buffers are not equipped with work rests.
2. Gloves will not be used when grinding on pedestal grinders unless the hands can be held a minimum of twelve (12) inches from the wheel. Do not use rags to hold an object while grinding or buffing.
When grinding small pieces, use vise grip pliers or other suitable means.
3. Only one person at a time will use a pedes tal grinder, regardless of whether grinding or Knfflny.
4. Only authorized persons will be allowed to change wheels on grinders and buffers.
5. If at any time while using a grinder you hit or drop the stone, have it inspected by the area foreman in charge of the machine shop for cracks or other defects.
6. The chippers' goggle or face shield must be worn over your safety glasses when grinding or buffing with portable unit
D. Boilers, Tanks and Vessels
1. Employees must not enter boilers, tanks, or any kind of pressure vessel until they have been properly tagged out and cleared up.
2. Employees must not enter, burn, or weld on a tank or vessel which has contained explosive.
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SL 061360
flammable or toxic liquids or gases, until such tanks and vessels have been freed of ail flammable material and explosibility test run by the Safety Department or a supervisor.
3. Tanks and vessels must be well ventilated when employees are required to work on them.
4. Cathodic protection must be cut out of ser vice when it is necessary to work on any vessels or piping so equipped.
EXPLO SIMETEB Questions frequently arise concerning limita tions in the use of the MSA Explosimeter. One of the first requirements of the MSA Ex plosimeter, or similar instruments, is that the gases and vapors to be tested must be in AIR. Oxygen must be present in the sample or the in strument cannot respond. Measurement is the result of catalytic surface combustion on the heated platinum detecter filament. Oxygen is absolutely necessary for this reaction as with any other type of combustion. Therefore any conditions which exclude oxygen from the sample such as purging with steam, nitrogen, or CO, may prevent a response from the instru ment even when combustibles are present in the sample. In a similar way, gas concentrations above the Upper explosive limits displace air and reduce oxygen in the sample below the critical level, and the instrument cannot respond. So it must be kept in mind that the range of the Ex plosimeter is 0 to the "lower explosive limits" in AIR.
Do not depend on an Explosimeter alone to give safety clearance after purging--use Orsat.
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SL 061361
. . MISCELLANEOUS BIT
' - L Horseplay of any nature wi ated.
be toler*
2. Do not walk or stand unde load.
suspended
3. Salt tablets should be taken when sweat ing freely.
4. Be on the alert for dripping chemicals any where in the plant
5. All safety guards must be in place on mov ing equipment when not out of service for in spection and overhaul
6. Employees must be fully dressed when on the job.
7. Do not walk between moving railroad cars.
8. Do not step or walk on Haveg or other plas tic piping.
9. Do not lay heavy objects on or allow them to lean against Haveg or other plastic piping.
10. Always bleed pressure off any water, air, or steam hoses before disconnecting.
11. It is the duty of all employes to attend safe ty meetings when scheduled to do so.
12. Do not use Kelley connections on hoses in natural gas service. Use special gas connections.
13- Smoking is allowed in the plant except where posted.
13. The sides of trenches more than five (5) feet deep are to be shored unless they are sloped to the
HAYS' YOU ASKED FOE I. S. LT
angle of repose. Before beginning an excavation job always check with the Electrical Foreman.
14. Gasoline must never be used for any pur pose other than motor fuel.
15. Start electric motors with control switch or pushbutton. DO NOT OPEN starter box door and close starter contacts manually unless tests show that the motor feeders are NOT grounded or short circuited.
16. The handrail should be used when walking up or down stairways. Do not attempt to carry a load up or down a stairway that will prevent you from having a free hand with which to hold the handrail.
17. Do not enter underground sewers until prop erly cleared by supervision.
VISITORS 1. Large groups of visitors cannot enter the plant area without notification of the Operations Division to obtain the necessary clearance. 2. All visitors will be provided with safety hats, respirators and glasses at the guard gate or safety office in the plant 3. Instructions on the use of the respirator will be given to visitors when the equipment is issued. 4. The guards who escort visitors will satisfy themselves that visitors are familiar with the use of the respirator. 5. Equipment will be turned in at the guard gate or safety office after the tour is finished.
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4
VENDOR'S OR SERVICE COMPANY
r. ` EMPLOYEES
1. When trucks from a vendor or transporta tion company are required to go into the plant with inbound materials, an employee from the warehouse must accompany them while in the plant. This excludes truck of carriers who go to cylinder loading platform at Shipping and the Storerooms. The Storeroom will notify the Safety Office if hazardous materials are to be unloaded or if a hat and glasses are needed.
2. The driver will be provided with a respira tor only, which will be given to him by the guard, with instructions for its use. If a driver is re quired to go into the plant area, he will be pro vided with a hat and glasses at the Storeroom.
3. The Storeroom attendant will see that the driver does not wander away from his truck and around in the plant.
I
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COLOR CHART JAN JCL FEB AUG MAR SEPT APR OCT MAT NOV JUNE DEC
figure 1 -- <3 --
SL 061365
COLOR OF THE MONTH PLAN
- In. order that certain tools and pieces of equip ment are* kept in a safe working condition, they wilt be. inspected and repaired monthly. After the inspection and repairs are completed a portion of the.object will be painted with a color corre sponding to the colors shown in figure 1. None of theetoote-llsted below are to be used after the seventh of each month unless they have the cur rent color of the month marking applied to them:
(a) Ladders
(b) Extension lights
(c). Extension cords
(d) Portable electric tools
/>.
SNAKE BITE KITS
Snake bite kits are kept at the First Aid Sta tion, Safety, Office, and in the Guard Patrol Truck.
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YARD SECTION
A. "Blue Flag" must be used when loading,
unloading; or working on or around railroad can
or tnckswhere standard railroad clearance is im
paired.
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The "Blue Flag" must be installed between the switch and the car nearest the switch. Where there is a switch at each end of the track, both ends shall be flagged.
A "Blue Flag" can be removed only by the person wbo installed the flag or a person authorIzedbhyrhJm and then only after he is certain all perSonnel and equipment have been removed and the trsck.is dear.
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GLASS WAKE
1. Never use broken, cracked, or defective glassware. This should be discarded in the waste cans. Examine beakers carefully for chips before cleaning.
2. Use Caution--never put unnecessary pres sure on glass. Do not stopper hot solutions.
3. Use tongs, gloves, and wet paper towels in transferring broken glassware to the waste cans.
4. Use wire baskets when moving five gallon bottles.
3, Use rag or gloves with cloth insulation when inserting glass tubing or thermometers into stop pers or rubber tubing, also wet objects to be in serted with water or glycerine.
6. Break glass tubing away from body. Al ways use a file, glass cutter, or hot wire before attempting to break glass tubing.
7. Fire polish all glass before putting into use.
3. Avoid subjecting glass to extreme changes in temperature.
9. Use tongs or asbestos gloves for handling hot glassware.
10. Chipped or broken glassware must never be placed in the sinks.
11. Extreme care should be exercised when placing sealed bottles under pressure. Mercury seals should always be used on bottles under pres sure. Be sure bottles are in a wire basket
12. Glass bottles are not to be carried in the arms against the body.
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Mntccn
1. Do not carry mercury in glass bottles or beakers. Always use stainless steel buckets or the regular shipping jug in which the mercury is received.
2. Wash hands or body with copious amounts of fresh water if they come in contact with mer cury.
GAS MASKS
1. All-Purpose gas mask canisters are used throughout the plant and will give protection for chlorine, ammonia, organic vapors and carbonmonoxide in small concentrations where there is at least 16% oxygen in the air.
2. There are three gases being used in our plant which cannot be filtered by the canister type gas mask. They are:
Methane Ethylene NR!
It is very important that when going into an area where these gases or vapors are present, or where there is a possibility of there being less than 16% oxygen in the air, that a self-contained breathing apparatus, such as a Chemox mask, an Air Line mask, or a Scott Air Pak mask must be worn.
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Ladders
Straight, portable ladders must be placed at a safe angle to prevent breaking or slipping. The best angle for a ladder is about 75 degrees with the horizontal. (Note Figure 2) Have the distance "B" about Vi of the ladder length "A". In other words, place the base of a 12 foot ladder 3 feet from object it leans against.
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HOW THE ANGLE OF A SUNG ALTERS ITS SAFE CARRYING CAPACITY
USEFUL INFORMATION AND TABLES i How to Lift j 1. You may be very strong but be careful what
you lilt. There is a limit to the strain your back muscles will stand. f 2. Size up the load before you lift it. Get help I if necessary.
3. Lift with your legs and not with your back.
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SL 061371
MBOiAMKAL ASKAMUMOflS OF BLOCKS AMO tackles foe various ratios between me
MOWN* LOAD AMD THE PUU.
FIXED END
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Hopes and Block Sires The choice of proper size blocks for a rope of a given size has a lot to do with safety* Sheaves that are too small produce unnecessary wear on the rope and increase the friction load. The best practice is to use the largest block that can be used, giving due consideration to ease in handling, etc. Recommended block sizes are as shown in Fig ure 7.
Fig. 7
SL 061373
t
Correct Method of Using Cable Fastening
H7
Fig. S
Number of Clips Required to Make a Fastening Having 80 per cent of the Strength of 8-19 Plow Steel Wire Rope.
DU. ot Rop
%
% i itt
IVi
No.
Of dips
5 5
5
5 8
IkSUp*lefB IWlBaUt wy CUpa > FMUaia* taebo* - rtrCwt
V4fc
77.39
5V
79.13
S 77.89
7 80.00
8 83.15
of Wrencfe
18 18 24 24 24
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SOME ROPE KNOTS, HITCHES AND SLINGS THAT CAN BE DEPENDED
UPON
1. Double Sheet Bend -- For joining two ropes to gether, especially those of unusual size -- Will hold new and wet ropes.
2. Barrel Sling--Will keep parrel in vertical posi tion.
3. Barrel Sling--Will keep barrel in horizontal po sition.
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SL 061375
SOME ROPE KNOTS AND HITCHES THAT . CAN BE DEPENDED UPON
1. Hawser Bend--For joining two large cables. Each end is seized to its own standing part
2. Catspaw Knot---For fastening rope to tackle.
3. Telegraph Hitch---For hauling poles, logs, etc, where they must follow in road.
ROPE KNOTS, HITCHES AND SUNGS THAT CAN BE DEPENDED UPON
The scaffold hitch is used to prevent the needle beams of suspended scaffolds from turning. The loose end of the rope is secured with a bowline knot. 1. Take two turns around the beam, 2. Bring end "A" forward between turn "B" and
"C" then loop "B" over end of beam, 3. Pick up end "C" and adjust tauty, tying into
"A" with bowline.
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SL 061377
SOME EOPE KNOTS AND HITCHES THAT CAN BE DEPENDED UPON
1. Bowline--Gives a loop that will not slip under
strain.
can be easily untied when strain is
released.
2. Sunning Bowline--Passing long end thru loop makes a good slip knot
3. Bowline on a Bight--Makes a comfortable emer gency sling to sit in.
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SL 061378
SOME HOPE KNOTS AND HITCHES THAT CAN BE DEFENDED UPON
Square or Reef Knot For Joining ropes together.
Rolling Hitch For hauling spar, or large cable.
Clove Hitch For fasten ing staging to upright, or in secur ing loose ends.
Wall Knot To prevent
funstrandlag, and to act as a stopper. Fig. 13 -- 57 --
SL 061379
SOME EOPE HITCHES AND SUNOS THAT CANTIB DEPENDED ETON
1. Double Blackwall Hitch -- For hitching rope to a block for hoisting.
2. Fisherman's Bend--For fastening a rope to a ring or anchor.
3. Sheepshank--For shortening a rope or to pass by a weak spot
4. Timber Hitch and Half Hitch--For lifting spars. Can be easily loosened when, strain is taken off, but will not slip under a pull.
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Fig. 14
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Sale Working Loads
A short method of obtaining the same woribng loads of chains, cables, and ropes, is as follows.
Multiply the square of the diameter in eights by K. K. is equal to:
160 for plow steel wire rope
150 for wrought iron short link chain
12 for manila rope.
This applies to a single rope or chain with a straight pull.
Examples: 1" manila rope = 8 eights
8 squared
= 64
64 x 12
-- 768 lbs.
W plow steel wire rope ~ 5 eights
a squared 160 X 25
= = 4000 lbs-
SL 061381
USEFUL TABLES AND INFORMATION
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06l382 SL
USEFUL TABLES AND INFORMATION
Bed Prtflic* -- Hook opntnp should be
turned out.
Fir- 16 -- 61 --
SL 061383
USEFUL-TABLES -AND.INFORMATION
Fig. 5--Number of Clips Required to Make a Fastening Having 80 per cent of the Strength of 8x19 Plow Steel wire Rope.
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7749 79.13 7749 80.00 80.00 82.15
18 18 24 24 24 24
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Fig. 19--Needle beam scaffold. Rope % in. di ameter or equivalent. Needle beams--4 in. x 4 in. or larger." Platform--2 in. thick or heavier, se cured hjr cleats or drop bolts. 2 feet to 3 feet wide. Tie, nail or fasten boards or use drop bolts.
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St 6j
PART n
I
PRODUCTION DEPARTMENT A
SAFETY RULES
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SL 061385
CAUSTIC AREA SAFETY RULES 1. Safety glasses or goggles, safety hat, and res pirator should be worn at all times in the Caustic Area. Goggles must be kept on person all the time and should be worn in position when there is any indication that safety glasses are not adequate pro tection. Goggles may be worn in place of, or in addition to, safety glasses. Caustic Area operators must have rubber safety shoes available on the job at all times and wear them when needed. 2. In case caustic is allowed to come in contact with the skin, wash off immediately with copious amounts of water. In case caustic comes in contact with clothing, the spot affected should be washed with water and kneaded with body wash to be sure all caustic is neutralized before allowing clothing to come into contact with body again. Coveralls are available at First Aid in case con tamination of clothes is extensive. In case caus tic comes in contact with the eyes, wash the eyes thoroughly with copious amounts of water from a safety shower hose for fifteen minutes, then re port to First Aid. DO NOT use body wash in the eyes. 3. Protective gloves should be worn at all times where there is danger of caustic coming in contact with the hands. 4. Wash gloves immediately after handling caustic. 5. Rubber gloves should be worn when hand ling soda ash. 6. The pressure must be bled off hoses before disconnecting.
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SL 061386
` S'
7. Hoses with. ."Boss Fittings" should be used for steam. Hoses with "KeUy" quick opening con nections may be used for. air. and. water..
8. All wash-out and . steam-oat connections
ibMll be shut eft at tbepressurcsupply and drain opened when not in nse to prevent caustic from entering the steam, air, or wash lines.
9. Valves and cocks should he opened or closed
slowly to avoid shock on lines,'especially transite
lines.
.. ..
10. When operating valves or cocks, keep out of direct line with same, and be on the alert for any spray that might come from the packing or grease
fittings.
11. Make reasonable checks to ascertain that all
packing glands are tight before operating valves
and pumps.
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12. Wash the caustic from the floors when spill ed.
13. Do not work on any line or vessel until all pressure is released and the tagging completed. .
14. When working on plugged lines, stay out of line with the open end.
16. When opening Valles filters, be sure that the pressure is off and the filter is empty.
16. Do not insert hands or other objects in the body of Vallez filters while the leaf element is
rotating.
17. Open by-pass or discharge line before start ing Aldrich pump.
18. Do not trap liquid ammonia by closing two block valves on the same line.
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SL 061387
19. Vessels or lines in ammonia service should be emptied, isolated, swept with air and tested with the explosimeter before any maintenance work is started. Explosimeter tests must be run before any weld or cut is made and a new test made before each subsequent weld or cut
20. All vessels operating with cathodic protec tion must be purged and checked with explosimeter before any maintenance work is started. Cathodic protection must be cut off before dump ing the vessels.
21. Do not use Kelly connections on hoses in nat ural gas service. Use special gas connections.
22. Spilled mercury should be cleaned from the floor at once. Mercury and mercury vapors are poisonous. Mercury should never be heated. The application of heat increases the vaporization rate, which will make very short periods of exposure extremely dangerous.
23. Sound NH. alarm siren to alert personnel in area when there is any sizeable NHt leak. NH. alarm siren is an interrupted siren to distinguish from Cl. siren which is a continuous siren. Leave siren on until atmosphere is clear of gas.
24. Do not allow any part of the body to be ex posed to open port on radioactive pot for Gagetron level inductor at the DH plant.
25. The switch to No. 5 spur must be closed, de rail placed in position, locked, and blue "tank car connected" flag must be placed between east end of NH. car, and derail before NH. car is connected or outlet valve on NH. car opened.
26. All safety guards must be in place on equip ment before putting into service. Report any de-
HAVE YOU ASKED FOR J. S. L?
fective or miming safety guards, splash shields,
etc
/,
27. The chlorine siren located at DH plant is ac tuated by anyone starting siren in liquefaction
area. The chlorine siren at "B" salt Bird platform is actuated by anyone starting siren in cell area.
28. During boilout no one should enter vessels until sign at manhole reads "OK to Enter" with
the exception of inspecting or entering top of
evaporators to perform work. In this case sign over manholes should be reversed to read "Do Not
Enter" while anyone is in area above Centrifix platform.
29. Do not leave valve wrenches on valves in such a - manner as would tend to open or close valves due to the weight of wrench.
30. Keep valve wrenches off floor, and do not leave wrenches protruding so as to make an ob stacle, or in a position that they would create a hazard by falling. Keep valve wrenches on wrench stands when not in use.
31. Know the locations of full face gas masks and how to use them properly.
32. Admit hot fluids and vapors into cold sec tions of pipe or equipment slowly to prevent ham mers and unequal expansion of equipment
33. Never use broken, cracked, or defective glassware. This should be discarded in the waste cans. Never put unnecessary pressure on glass ware.
34. Chipped or broken glassware must never be placed in the sinks. If it gets into sinks accident ally, it should be removed as soon as it is observed.
HAVE TOO ASKED FOB J. S. LT
35. Extreme care should be exercised when placing sealed bottles under pressure. Seals cap able of relieving excess pressure should always be used on bottles under pressure. Be sure bottles are in a wire basket.
36. Pipetting should be done with a suction bulb, never with the mouth.
37. Use bottle racks for carrying more than two sample bottles.
38. Make frequent checks to be sure respirator is m good order. Have full lace masks replaced promptly after they have been used.
39. Know the location of fire extinguishers in your area and how to use them.
40. The hot water in the caustic area contains varying amounts of NaOH. Do not use hot water to wash any part of your body or clothes.
41. The plant air in the caustic area frequently contains caustic. Never blow plant air towards any person and never use plant air in such a man ner that caustic in the air would create a hazard.
42. Do not isolate or block off any vessel con taining liquid NHj without being certain that there is ample room for expansion of the liquid.
43. When caustic is diluted with water or with weak caustic solutions, heat is generated. This heat can be generated fast enough to form steam explosively. When adding water or dilute caustic to stronger caustic solutions, the addition should be made slowly and with ample agitation to pre vent layers of different strength from forming with the possible hazard of sudden mixing Exer cise much caution anytime water is added to caus tic.
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SL 061390
44. When clearing caustic lines in any fashion which may cause sprays, drips or splashing of caustic, as a minimum safety precaution enough personnel will be stationed as guards to prevent anyone from walking into an area in which they may have caustic splashed or drip on them ana to prevent anyone from unknowingly walking through puddles of caustic. These guards are to be stationed continuously from before opening lines or drains until wash-up operations are com pleted.
CHECK LIST FOE BOILOCT TAGGING
The latest appropriate revision of boilout check list should be used for tagging our evaporators for boilout repairs and inspections. Checklist may be obtained from Caustic Area Supervisor.
ANHYDROUS CAUSTIC SAFETY RULES
1. Do not use mercury thermometer for tem peratures over 650 *F. The boiling point of mer cury is 674*F. and if the thermometer is heated to this temperature is it likely to explode,
2. Do not fill drums with molten caustic when anyone is within 10 feet of unshielded portion of loading platform (north or east side of platform).
3. Anhydrous Operators and Auxuliary Opera tors must wear long-sleeve shirts with sleeves rolled down while loading and handling drums.
4. Keep floor in operating area free of caustic.
5. Lower lift on trucks as soon as possible after moving molten caustic loaded drums from scales.
6. Caustic drums will not be loaded unless they are dry and free from water and all other foreign material
HAVE YOU ASKED FOR J. S. L?
7. Caustic drums will not be loaded until they are placed on pallet so that they will not tip or fall off while moving.
3. Do not rotate the drum loading spout while the loading valve handle is in the "Down" posi tion.
9. Face shields will be worn down at all times when exposed to, or handling molten caustic drums (such as sampling, installing lids, etc.).
10. Safety goggles or face shields should be worn by fork truck drivers when handling drums of molten caustic.
11. The loading pump must be off and loading valve tagged while working in the loading and top ping section.
12. When not being used, the control knife switch for the loading pump will be left in the "OfF' position.
13. In the immediate area where anhydrous caustic is being poured, steam and water valves will be closed at all times.
14. Do not leave drum loading station while drums are being filled.
15. While Dowtherm itself is not considered highly inflammable or explosive, Dowtherm does decompose at high temperatures to form Benzene. Dowtherm droplets dispersed in an air mixture can form explosive mixtures. Therefore, open fires and smoking should be avoided in vicinities of Dowtherm leaks or vapors. Equipment or piping containing Dowtherm should be steam-cleaned and checked before cutting or welding is per mitted.
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IS. Dowtherm is not toxic but will cause head ache it concentrated fumes are breathed over a long period.
17. In case of tube failure in the Dowtherm unit, kill the fires as soon as possible. Dowtherm will burn at high temperatures--similar to kero sene--or the liquid will burn if supplied with a wick.
18. Cut off the towmotor engine while filling tank with gasoline.
19. All rules for lift trucks in General Section of manual should be observed by anhydrous caus tic area lift truck drivers.
20. When caustic is diluted with water, heat is generated. This heat can be generated fast enough to form steam explosively and especially when water is added to anhydrous caustic. Extreme care should always be used to prevent water from being added to caustic in such a manner that ex plosive generation of steam would occur or that would cause caustic to spatter on anyone.
21. Caustic Soda, when contacted with steel, causes an evolution of hydrogen which, when mix ed with air, can cause an explosive mixture. No open flames should be allowed around loaded drums, vessels, or storage tanks.
CELL BOOM SAFETY (Operators)
1. Rubber shoes, rubber gloves, and plastic bats must be worn by anyone coming in physical con tact with the cells. Do not wear leaking shoes or gloves.
2. Each person working in the Cell Area should have a pair of chemical goggles in his possession.
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The goggles should be worn when engaged in work which may involve splashing of corrosive liquids.
3. Be on the alert for chlorine gas in the cell rooms at all times. Have a respirator on the body at all times. Check your respirator often. Know how to use a respirator properly.
4. Know the locations of full face gas masks and how to use them properly. In case of a chlo rine gas break, sound the chlorine alarm and leave it on until the atmosphere is clear of the gas.
5. Smoking is forbidden in the cell rooms. 6. Extinguish a hydrogen fire with carbon di oxide or some other means of smothering it. Know the locations of the fire extinguishers in the cell rooms and how to use them. 7. In an emergency, the cell circuit load should be immediately dropped by tripping the cathode breaker at the cell bridge. This switch should be left in the "trip" position. Next, the anode break ers at the rectifiers should be opened and tagged until the emergency has been cleared. Before bringing the circuit back on, the operator must clear with the cell bridge and have the trip switch returned to the normal position. Check with the cell rooms before bringing the circuit on after any kick-oft 8. A supervisor, lead operator, cell operator or cell tender must check the connections before a cell jumper switch is opened or closed. 9. Operating personnel must tag the header pressure controller when an abnormal vacuum or pressure is desired on the header. 10. When necessary to change several brine feed tubes on a circuit, obtain a vacuum on the circuit before beginning work.
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SL 061394
11. When connecting cell hoses to the brine headers, or when other work is being done on the brine headers, shut the brine off the section of the cell circuit involved and obtain a vacuum on the circuit.
12. Stopper the hydrogen header securely when the hydrogen glass is removed. Use only a Thandle rubber stopper lor this purpose.
13. No tool over twenty-four inches long shall be brought into the cell rooms.
14. All glassware (sight glasses, hydrogen glass es, orifice tubes and dog legs) are subject to cor rosion and should be bandied with extreme cau tion. Glassware should be discarded when crack ed, jagged, or dangerously thin. Protect hands with a rag or some other material when working with glass that is likely to break.
15. Do not run in the cell rooms. Walk with care.
16. If splashed with cell liquor, wash first with water and then apply body wash (a 10% solution of ammonium chloride) to neutralize any small quantities of remaining caustic.
17. When a cell is cut out, either routine or emergency, remove connections on hydrogen and chlorine between cell and header and stopper headers as soon as possible.
CELL RENEWAL SAFETY RULES
1. Rubber shoes or boots, rubber gloves, and plastic hats must be worn by anyone coming in physical contact with the cells. Do not wear leak ing shoes or gloves.
HATE YOU ASKED FOR J. S. L7
2. Two men shall work together when connect ing or disconnecting a jumper-switch to a cell and when removing or replacing the back cell con nector plates.
3. When connecting a cell jumper switch, each cell cut-out man shall have the following equip ment with him:
(a) One steel wire brush
(b) One putty knife
(c) One ratchet wrench with %" drive
(d) One 1 11/16' socket (for circuit 6 only)
(e) One 1 7/8* socket
4. Each cell cut-out crew shall have the follow ing tools available in addition to those carried by each man:
(a) One non-sparking hammer
(b) One pipe wrench (not over 24")
(c) Sandpaper or emery cloth
5. Place the plywood shield across the aisle from cell being renewed before beginning work on cell. When the cell cut-out is completed, the plywood shield must be placed on the hangers, or securely blocked against a hydrogen pipe support.
6. A hot cell is a cell in which the brine tem perature is nearing the boiling point of 220'F. or higher. If the brine boils, the steam produced may cause the cell top to lift. Hot brine then cascades out and may splash anyone standing close to the cell. Regard 218 *F. as the maximum safe temperature. A detailed procedure for hot cells is a part of the area operating instructions.
HAVE YOU ASKED FOB J. S. LT
7. Always lock the cell jumper-switch in the
desired position.
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8. Check that the jumper-switch _ is locked "open" before moving the buggy into position and connecting it to the cell. The jumper-switch
should be locked "closed" only when the cell is cut-out
9. Do not open or close any cell jumper-switch until the connections have been checked by either a supervisor, lead operator, cell operator or cell tender.
10. All tools used by cell renewal and over 18inches long shall be insulated at one end. These tools must be checked periodically by a cell room
supervisor. Any break in the insulation shall be
reported to the supervisor immediately. No metal tool over 24-inehes long shall be permitted in the cell room.
11. Use only the proper tool for a given, job.
(a) Hammer only with a hammer.
(b) Use a striking-face wrench when necessary to hammer a wrench. , .
(c) Have a proper size socket for all bolts. Re^
place sockets that are worn to the point of
slipping.
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(d) Report any unsafe tool to a cell room su
pervisor-
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12. Use only a non-sparking hammer when nec essary to hammer hydrogen ells and nipples on "live" cells or hydrogen header.
13. Do not replace the back cell connector plates until the renewed cell has been cut-in and the jumper-switch moved out of the way. -
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14. On circuits 5 and 6 do not walk between a cell-connection jumper-switch and the cell back of the switch. Climb between the cells or walk around the end of the bank.
15. Do not leave any connection partially made up. All connections must be tight and complete. Contact surfaces must be clean.
16. Do not place any equipment on the anode lugs or the cell in back of a cell being renewed.
17. Do not, at any time, reach across the aisle from one cell to another, or in any way make contact across the aisle from one cell to another.
18. When a cell has been cut out for a period of over eight hours, follow this procedure: (1) Check buggy connections, (2) Drain cell of all cell liquor and brine, (3) Remove front connector plates.
19. Do not stand under any crane load. Do not leave crane load suspended.
20. Do not leave debris or cell putty on cell room floor. Remove debris and wash down area after removing a cell for renewal
21. Do not leave glassware in cell parts carrier. Discard all broken or worn glassware and return hydrogen glasses to the cell bridge.
22. Stopper the hydrogen header outlet securely when removing the hydrogen glass to renew a cell. Use only a T-handle rubber stopper for this pur pose.
23. When a vacuum on the chlorine header is desired by the cut-out crew for the purpose of re moving or replacing a cell dog-leg, the cell re-
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SL 061398
newal man's tag must be placed on the chlorine
header pressure controller, ~ and then removed when the job is completed- Do not attempt to re move or replace a cell .dogleg until a vacuum on the chlorine header is indicated by the nearest
header manometer.
24. Be on the alert for chlorine gas in the cell rooms at all times. Have a respirator on the body at all times. Check your respirator often and know how to use one properly.
25. On a cell circuit shutdown for the purpose of an emergency cell cut-out or jumper-switch removal, the circuit firing switch shall be tagged
by the lead operator and the cell renewal super visor. Do not begin work on a cell involving a cell circuit shutdown until told to do so by the cell renewal supervisor.
26. Smoking is forbidden in the cell rooms. Open lights are forbidden in the cell rooms without per mission of the Cell Engineer.
27. Do not run in the Cell Rooms. Walk with,
care.
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28. On circuits with jumper buggy monorails,
place copper connectors on floor in position by the cell to be renewed before moving the jumperswitch into position behind the cell.
29. Work safely and without too much haste. Take no short-cuts that might create a hazard. -
30. Do not cross over a cell circuit with the crane block. Cross the circuit at the middle aisle only.
31. Do not hide tools or place any materials in the cell jumper-switch.
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32. Stopper the chlorine header securely when the dogleg is removed.
33. Do not use bus bars to heat lunch buckets. 34. Do not raise or lower perc pipe or remove brine feed from an operating cell without permission of operating personnel. 33. The cooling system and part of the drying system is made of Haveg or other plastic pipe. This material is fragile and will not support much weight or impact Do not step or walk on Haveg or other plastic pipe. Do not allow heavy ob jects to rest or fall against Haveg or other plastic pipe. 36. When maintenance work is done on top of the cells or Haveg headers, etc., the cell room cranes will be tagged out when practical. When impractical to tag out the cranes, maintenance workers will hang their personal tags on the crane pushbutton switch, of both cranes, to alert crane operators of their being on top of the cells or headers.
CELL RENEWAL SHOP 1. Fork Tracks (a) Do not drive without permission from your supervisor. (b) Operator should test the horn and brakes, lift and tilt, each morning before bringing the truck down from the Battery Shop. (c) Stop at all intersections, sound horn, look and make sure everything is dear before traveling on.
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SL 061^00
(d) When something is wrong with a fork truck, hang a sign on truck "Needs Repairing" and notify foreman at once.
(e) Do not overload trucks.
(f) Drive carefully in hazardous areas such as center of cell buildings where chlorine Haveg header drops through floor, also on wet floors and rampways. Fork Oft traffic is not permitted in the north-south aisleways.
(g) Use steel manlift with handrails when working overhead.
(h) Travel backwards down rampways with a load.
2. Horseplay of any nature will not be toler ated.
3. Face shields should be worn on the follow ing jobs: cathode washing, acid baths, diaphragm depositing, tinning, melting and pouring lead for anodes, melting and dipping mastic and buffing
copper parts.
4. Food heating on or near tin and lead pot
will not be allowed due to the possibility of food
poisoning.
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5. Adequate clothing should be worn for all jobs. Shirts with the sleeves rolled down should
be worn when depositing diaphragms to protect
against cell liquor burns. When working around the lead, tin, and mastic pots, shirt sleeves must
be rolled down.
0. Rubber pants and rubber acid gloves and face shields should be worn when handling cop per parts in acid baths.
7. Respirators should be worn when sanding or buffing copper parts.
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8. When dipping copper into tinning bath, be sure that everyone within splashing distance of the tin pot has been warned.
9. Be sure that all scrap lead is dry before dip ping it into the lead pot. Wet lead is sure to cause a splash.
10. When skimming or stirring either the lead pot or the tin pot, be sure that the tools have been heated before putting them into the hot metal. Cold iron tools will always cause a splash when placed in molten lead or tin.
11. Always heat the anode lead mold with the hand burner before pouring the first anode lead each day. Hot lead coming in contact with a cold or wet mold is almost sure to splash.
12. Do not work under objects suspended by cranes. When moving loads with the crane or hoists, be sure that everyone is in the clear. Do not leave a crane load suspended.
13. When pouring mastic, do not let the temper ature go above 600'F. The flash point is 608*F and at this temperature, it will probably start burning when being poured.
14. Always cool hot copper anode bars with water before dipping into the acid baths to avoid making acid fumes and splashing.
15. Never hold the carbon blades with the hands when operating the carbon cutting punch. Both hands should be on safety push bottons.
16. Never use wrenches for hammers. They are not the proper tool for hammering. This usually causes accidents as well as damages the wrenches.
NOTE: Use the proper tool for a given job.
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SL 061402
1 17. Due to the number and variety of operation* being conducted in the cell repair area, it is neces sary for everyone to consider the men working nearby and guard against injuries resulting from flying objects.
18. Because of wet floors and wearing of rubber shoes, there is considerable danger of slipping in the Cell Repair Shop. Walk, do not run.
19. Always wash hands thoroughly with soap and water before eating.
20. Hot sticks should be used for adjusting elec trical shoes on shop cranes.
21. Wear safety hat, glasses and respirator at all times in cell repair.
22. When it is necessary to work on any piece of machinery, such as the concrete mixer, notify the cell repair foreman. This piece of machinery will be tagged out before being worked on.
23. Do not leave any connections partially made up. Be sure all connections on anodes are sanded and tight before going into cell rooms.
24. (a) Do not leave debris or cell putty on cell repair room floor. Keep things like this off the floor.
(b) Housekeeping is the individual's re sponsibility.
25. Be on the alert for chlorine gas in the cell rooms and cell repair shop at all times. Have a respirator on the body at all times. Check your respirator often. Know how to use a respirator properly.
26. Do not sacrifice safety for speed. Take no short-cuts that might create a hazard.
HATE YOU ASKED FOE J. 8. IT
27. When using air hoses or air-driven tools such as vibrators, be sure that the Kelly fitting at the shut-off valve is securely wired.
28. Do not point an air hose at any person, or use it to brush clothing.
20. Always bleed pressure off water, air, or steam hoses before connecting.
30. Do not wear gloves when using the putty extruder.
21. Do not walk under mixer scoop while scoop is in the raised position.
32. Use safety stands under the modified cop per N-l cathodes, while washing in cathode wash room.
CHLORINE COOLING AND DRYING 1. The cooling system and part of the drying system is made of Haveg or other plastic pipe. This material is fragile and will not support much weight or impact.
(a) Do not step or walk on Haveg or other plastic pipe. (b) Do not allow heavy objects to rest on or fall against Haveg or other plastic pipe. 2. Check that all blow seals, drain seals, and scrubber gooseneck overflows have sufficient wa ter to maintain a seal. This is especially important if there has been a shutdown of any of this equip ment. 3. Be on the alert for leaks or breaks in any of the Haveg or other plastic pipe and either repair the leak or notify a supervisor. 4. When around the drying towers, be on the alert for possible drips or fine sprays of sulfuric acid.
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5. Do not step in puddles on the Door, it might be acid.
S. Be sure that your safety glasses are protect ing your eyes and have in mind the location ol the safety showers.
7. In case acid is sprayed on your clothes or skin, do not become excited, but wash it off im mediately. Sulfuric acid will not burn the skin if washed off at once.
8. In case of any acid spray, shut down the op erating equipment involved from the switch room.
9. Always tag out any equipment that you have shut down for repairs and be sure that all tags have been properly removed from equipment that is being returned to service after repairs.
10. When starting up a sulfuric acid pump, al ways open the discharge valve first, then start the pump and last, slowly open the suction valve. Be on the alert for packing or valve leaks and be sure that shields are covering all flexible pipe connections.
Where two pumps are in the same service and one is running, to start the other pump, open the discharge valve slowly on the idle pump to check for leaks before starting.
11. Always hose off any acid that has been spill ed or run out on the floor or equipment
12. When starting the chlorine blower, always open the steam exhaust valve first before open ing up the 400 pound steam intake valve. This is to prevent blowing up the turbine.
13. When shutting down the blower, always close the 400 pound steam inlet valve first and
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SL 061^05
then the steam exhaust valve. Then open, and leave open, the drain valve to insure no build-up on turbine.
14. Use the emergency phone only in case of emergency--except for checking once per shift.
LIQUEFACTION AREA SAFETY RULES 1. Safety glasses, hat and respirator are to be worn at all times. Safety goggles are to be worn ever the eyes if a sufficient hazard exists to war rant their use (e.g., switching sniff pumps). 2. The alarm should be sounded at any time there is chlorine or ammonia escaping in the area. Know the location of chlorine alarm push buttons, gas masks and how to properly use them and fire lighting equipment 3. When operations make it necessary to re main in an area where there is a detectable amount of chlorine or ammonia for more than two or three minutes, suitable protection should be worn. Even the least detectable amount will irritate the eyes, nose and throat if the exposure time is ex tended. 4. Know the location of the nearest safety shower when working around sulphuric acid. Sul phuric acid transfers to the Cell Area should be made after 4:00 P.M. and before dark on evening shift. 5. Use the emergency phone only in case of emergency--except for checking once per shift. 6. The cell room lead operator or supervisor should be notified in advance of any operational changes that might affect the cell header pres sure.
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SL 061406
i 17
7. The lead loaders should be notified before making changes to the sniff or blow-down sys tem, except for the routine use of the manifold
8. The service mechanics (electricians) must not change the bus ties without consulting the lead operator.
9. Extreme care is to be exercised in the opera tion of valves and cocks:
(a) Open or close slowly to prevent ham mering of lines.
(b) When extreme difficulty is encountered in opening or closing valves or cocks, steps to free same should be taken before applying undue pressure with "cheater" or wrench.
(c) Extreme care is to be exercised in the operation of cocks and valves connected to transite lines. An excessive shock will burst the line or blow a gasket.
10. All protective equipment, including face shield, should be worn while acid washing the carbonating tower. The area around the tower should be roped off to prevent personnel from en tering the area while acid washing.
11. Bleed the pressure off all steam, air, and water hoses before disconnecting.
12. Bleed condensate from air or steam lines be fore connecting hoses.
13. When taking sniff or high pressure gas sam ples, the inlet and outlet cocks on the burette must be open.
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14. When igniting hydrogen in the Orsat ap paratus, transfer only enough gas to the measur ing burette to lower liquid level below the wire for the first ignition. Then transfer 10 ml. at a time for each subsequent ignition. Larger vol umes will cause burette to explode when ignited.
15. When gunk samples are taken, warn any one that might be w the area.
18. Spilled mercury should be cleaned from the laboratory at once. Mercury and mercury vapors are poisonous. Mercury should never be heated. The application of heat increases the vaporization rate which will make very short periods of ex posure extremely dangerous.
17. Gunk contains large quantities of various skin irritants. Protective equipment should be used to prevent direct contact with the skin. In case direct contact is made, wash as soon as pos sible with soap and water.
18. Freon is a tasteless, non-toxic, and almost odorless gas at atmospheric temperature and pres sure. It should he bandied in well-ventilated places since large concentrations will cause suffo cation. Freon should not be exposed to hot sur faces or flames since it will decompose into many toxic compounds such as: chlorine, hydrogen chlo ride, flourine, hydrogen flouride and phosgene.
19. Sodium dichromate, which is added to the calcium chloride brine, is toxic and is especially dangerous to the eyes. Protective equipment must be worn when there is danger of direct contact Wash with soap and water immediately if contact is made.
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20. Any sulfuric acid leak, around the storage tanks,'lines, pumps, or sniff system should be cor rected. immediately and reported to the super visor.
21. All acid tanks and lines should be washed and tested with explosimeter before any main tenance work is done.
22. All chlorine, NHfc and freon lines should be swept with air before any welding or cutting op erations.
23. The lead operator will direct all testing for leaks in vessels, lines and equipment after main tenance work is completed.
24. Do not close both ends of a line containing liquid chlorine, liquid ammonia, or liquid freon unless adequate expansion space is provided.
25. Do not fill any vessel with liquid chlorine, liquid ammonia, or liquid freon in excess of the stated capacity.
20. Ail electrical wires must be treated as live wires in service until proven otherwise. A hot stick should always be used to pull and dose fuses on compression equipment switch gear. A faulty hot stick should be reported immediately to the foreman.
27. Discard any broken lab equipment.
28. Warm up any steam line or turbine slowly to prevent water hammer.
29. Never operate the sniff add separator with level above the top sample point High level causes carry-over into sniff line to Powerhouse.
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30. Any time that the sniff system ia employed to facilitate work on open vessels, notify other areas on the sniff system and explain the hazards of the condition.
31. Avoid mixing acetone and all organic com pounds with chlorine, a reaction of explosive vio lence will occur.
32. Do not allow oil to come into contact with turbine or 400 lb. steam line due to danger of flash fire.
33. Never attempt to operate a positive dis placement compressor with liquid in the cylinder. Should you experience liquid carry-over into the compressor suction, correct the situation immedi ately or shut the machine down.
34. In case of high concentrations of ammonia in the atmosphere, extinguish all fires and do not start any electrical equipment in the vicinity.
35. A supervisor must be present when any liq uid chlorine line is to be unflanged or otherwise opened. Extreme caution must be exercised to insure that the unflanging or opening can be con trolled at all times until it is determined that the line is evacuated of liquid or gas.
36. Avoid contact with oil from the ammonia oil still. Ammonia dissolved in this oil will cause skin irritation.
37. In case of a high concentration of ammonia or chlorine in the Compressor Building, shut down the plant air compressor.
38. When the hydrogen system, will be switched around, immediately remove all personnel from
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condenser platform and block all entrances to plat form with.a. chain.and properly labeled sign.
39. Housekeeping is the responsibility of each man. A clean place is a safe place.
SPECIAL AREA MAINTENANCE RULES
1. AH new or newly retubed condensers and new piping must be thoroughly cleaned of oil and grease before being placed in chlorine service.
2. A supervisor's permission must be obtained before cutting or welding on a chlorine line.
3. When lubricating plug cocks in chlorine service, use only the approved lubricants. Make certain that original seal lubricant is flushed out of a new cock prior to installation in chlorine service.
4. Apply "Hydrogen Area" safety rules to hy
drogen lines routed through the Liquefaction
Area.
-z
SAFETY RULES--SODIUM CHLORATE PLANT
The unique safety precautions required in the sodium chlorate area are due to the physical prop erties of sodium chlorate.
Sodium chlorate is a stable compound which causes no trouble when handled properly. It does not burn, but as a strong oxidizing agent supplies oxygen for the burning of combustible materials. It must be kept away from combustible materials, particularly the clothing of personnel, rags, oil, paper, wood, paint; finely divided metal, eta
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Special regulations established for the sodium chlorate plant are for your protection. Observe them carefully!
Do not add acid to monover solution. Poison ous hydrogen cyanide gas will evolve.
Sodium Chlorate Area Safety Boles Like any other chemical, sodium chlorate can
be handled, stored and used safely provided its physical, chemical and hazardous properties are fully understood and the necessary precautions are observed. Sodium chlorate is a powerful oxi dizing agent and will support combustion, but in dry or solution form will not burn nor can it be made to bum. However, if heated above its melt ing point (478*F.) it will decompose and release oxygen gas. Combined with any combustible ma terial, sodium chlorate constitutes a highly flam mable mixture that can be ignited by means of friction, sparks, welding torches, lighted cigarettes, or other ignition sources. For example, rags im pregnated with chlorate solution and allowed to dry present an ideal set of conditions for burning. It must be understood that some substances not normally considered combustible will burn readily when supplied oxygen from sodium chlorate. These include finely divided metals or mesh of aluminum, iron, copper, etc.
Other materials which will either burn slowly or not at all, under normal conditions, burn readily in' sodium chloride. As a rough guide, any ma terial which can be burned with an oxyacetylene torch should be considered as combustible in sod ium chlorate under the proper conditions. Some of these combustions are so rapid as to be classed as explosions.
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The following safe practices should be care fully observed at all times;
1. (a) Special clothing and rubber overshoes will be worn by all operating and maintenance personnel working on equipment in the sodium chlorate building -- with the ex ceptions of the rectifier room and motor control room. Operators can wear their personal rubber safety shoes if they are not worn out of the area. .
(b) Any coverals splashed with sodium chlo rate, or covered with sodium chlorate dust, must be removed immediately.
(c) Personal underclothing should not protrude beyond sodium chlorate coveralls. , Care should be observed to insure frequent wash ing of any personal clothing worn in the chlorate area. - This will.prevent chlorate build-up and avoid unnecessary hazards. Any such clothing .visibly contaminated with chlorate liquor or dust should be re moved immediately, and washed in water before re-use.
(d) All personnel entering the sodium chlorate operating area will wear the special over shoes provided. Special care should be taken to cover tops of overshoes with the coverall legs when there is a chance of spill ing Uqaor or crystals into the overshoes.
(e) Rubber gloves shall be worn when per forming work on operating cells. Plastic or rubber gloves shall be worn in other areas of the plant. All gloves must be thoroughly washed with water after contact with chlo rate.
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(1) Electric tools shall not be used when per forming work on operating cells.
2. Smoking will not be allowed in the sodium chlorate building except in the control room and the office. Employees should not smoke while wearing clothing which is visibly contaminated by chlorate.
3. Special colored wiping rags shall be used in the chlorate plant. These rags are not to be re moved from the area.
4. Welding, cutting, grinding, or any operation of this nature, will not be allowed in this area unless proper written permit has been obtained from the area supervisor.
5. CO. and dry chemical extinguishers are available for electrical fires. They are not effec tive on chlorate fires, only water should be used on chlorate fires. There are two firehose stations each containing 100 ft of hose for use in extin guishing chlorate fires. Well water from the util ity outlets is also available. There are numerous 10 lb. steam outlets throughout the cell area for extinguishing hydrogen fires.
6. If sodium chlorate should come in contact with either the eyes or any other part of your body, wash immediately with large amounts of water. There will be no body wash used in the chlorate area.
7. Ladders used in the chlorate area are to be constructed of metal or fiberglass. No metal Ud ders will be used in the cell room while the circnit is on the line.
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8. Other chemicals used in the area are HC1, 50% caustic,, sulphuric add and, sodium dichro mate.
SAFETY FOR THE IFF AREA
1. General
Because of the nature of this operation and the chemicals involved, the IPP area is restricted to authorized personnel only.
Vehicles will be allowed only in the area be tween the fence and the east end of the storage building*
Although there is an enclosed office in the process building, this office is not pressurized to prevent accumulation of vapors inside and consequently the IPP area is a No Smoking area throughout
.2 Chemicals In the IFF Aren
All chemical materials used in the IPP area
as raw materials, products or treating materials are listed below:
(a) Hydrogen peroxide: H,0,
(b) Caustic soda: NaOH
(c) Isopropyl Chlaroformata: IPCF
(d) Benzene: CA
(e) Cyclohexane: C*HU
'
(f) Sodium peroxide: KlO,
(g) Isopropyl Percarbonate: IPP
(h) Sodium sulfate: Na>SO
(!) Calcium chloride: CaCI*
(i) Sulfuric add: H*SO
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(k) Acetone: CH.COCH, (l) Muriatic acid. HC1 3. Safety Buies The following rules are applicable to the IPP area: (a) Personnel entering the area will deposit
lighters, matches, ordinary flashlights or any other spark producing device at the entrance to the fenced area. (b) Smoking inside the fenced area is not per mitted. (c) Vehicles will be allowed only in the area between the fence and the east of the storage building without a permit (d) An equipment permit signed by the su pervisor will be required before the follow ing equipment can be carried into the IPP area: (1) Welding machines (2) Cutting torches (3) Electrically driven hand tools (4) Any other electrical equipment. (e) Only explosion-proof flashlights will be permitted in the IPP area. (f) All lighting circuits except in the electrical switch gearhouse must be off and tagged out before relamping of the area. This ap plies to lights in walk-in freezers as well. (g) If it becomes necessary to dump organic liquids into the drains, be sure to wash
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them down, with plenty of water to wash the liquid out of the traps* .
(h) Do not leave containers of organic liquids open.
(i) Use a self-contained breathing mask when it is necessary to work in an area of heavy organic vapors.
(j) If benzene, hydrogen peroxide, IPCF, EPP, or EPP in solution is spilled on clothing, remove the clothing as soon as possible and wash the body with soap and water.
(k) The vent gas blower should be operated continuously.
(l) Remember to keep IPP as cold as possible at all times and to agitate warm EPP when practical.
(m) Never put warm IPP into storage with other IPP.
(n) Do not remove any explosive proof electri cal covers unless the power is off and the circuit tagged.
<o) Always check the walk-in freezers before leaving the IPP plant Be certain that:
(1) Defrost switch is in eft position
(2) Compressor switch is in on position
HAVE. XOB. ASKED POK. J. &. U
4. Cleaning of Tanks and Process Vessels The area supervisor and maintenance super visor will see that all vessels or tanks are clean ed and checked with an explosion meter before declaring them suitable for maintenance. (a) The tank or vessel will be emptied and all valves will be closed and tagged. Cb) The vapor contents of the tank will be purged with an inert gas. (c) Blinds will be inserted in all inlet lines. (d) The equipment will be steam purged where possible to vaporize and remove all flam mable materials. If steam cannot be used, an inert gas will be used. (e) Purge equipment with plenty of air. (f) The equipment will then be checked with an explosion meter before work is begun.
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PART. I ...
INDEX. . .. GENERAL SECTION
--A--V
Accident Analysis
-3,4
investigation
-3,4
prevention, employee's responsibility.
-5, 8
supervisor's duties ____ !__:______ i___
-3, 4
Acetylene cylinders ___________________
--26
Air Hose (see Hose)
r
Alarms, chlorine and ammonia, location of _32,33
evacuation17,18, 19
Ore13,14
'first aid emergency----- ----------------------------------IS
Area Maintenance Leadman, principal
duties of
-3, 4
Artificial respiration, electric shock------
.34
Automobile, trucks, scooters, shop trucks__29,
lift trucks 31, 32
drivers29, 30, 31
29, 30
speed limits-------------------------------------- 29, 30, 31
sound horns31
--B-- Barricades29 Belts (see Safety Belts)
Blocks and Tackles (Pig. 5)----------------------------- 90 Blue Flag Law44 Body Wash34
Boilers, entering ---------------------------------------------- 38 tagging8, 9, 10 ventilations 39
Boil-out tags8 Buffers 39
Bums, chemical (see Chemical Burns)
--O-- Cable (Fig. 8)_____ Carbon tetrachloride
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Cathodic protection_______________
Chart (see Color of Month Chart)
Chemical Bums and Inhalation __ goggles-------------------------------------
Chlorine Alarm (see Alarms)
Clothing, proper -------------------------Color of the Month Chart (Fig. 1) . Cylinders, handling_______________
caps-----------------------------------------acetylene______________________ CO, ____ ,,__________________
empty--------------------------------------oxygen ________________________
tools-----------------------------------------valve outlets
______ 39
.32, 33, 34 _______ 20
___ 34, 40 _______ 43 ____26,27 _______ 26 _______ 27 _______ 26 _______ 27 _______ 27 _______ 27 _______ 27
--D --
Danger Signs (see Signs) Decking Boards_____________ Defective Tools Directional centers for fire and first aid Duties of area maintenance leadmen___
employees lead loaders____ lead operators __ management___ safety director _
supervisors _____ watch engineers
-23 -36
16 -4,5 6,7 -4,3 -4-3 ----- 1
-3, 4 --4-5
--E--
Electric motors, starting of41 Electric power tools------------------------------------- --35
shock --------------------------------------------------------35 tools, grounded35 Emergency phone--------------------------------------------- 16 crew16 Emery Wheels 38 Employees, responsibilities in accident prevention ______ __________________15-6
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Evacuation procedure --.------------
Executive Safety Committee ___
Extension cords -----------------------
Explosimeter, proper use of --
ladders (see Ladders)
lights -------------------------------------
Extinguishers, fire---------------------
carbon dioxide------------------- --
carbon tetrachloride (Pyrene)
dry chemical--------------------------
foam type_______________
notifying guards after using --
Eye protection_________________
face shields --------- ,,----------------
goggles (chemical)----------------
safety glasses --_--.______
welder hoods
-_________
--P--
Face shields-----------------------------Falls___________________________ Fires, Class A, B and C________
directional centers for_______
extinguishers------------------------Fire Hydrants, notifying guards First Aid, directional centers for
passes ______________________ zones________________________ guard duties ----------------------Fork lift trucks, rules for _____
Footwear_____________________ Freon_________________________ Full Face Masks-----------------------
-17. 18, 18 --------- 1. 2 _______ 35 _______ 39
.35 _I4 -15 _15 _15 .15 .17 .19, 20
-20,.2201
____ 19 ____ 20
-20 -38 14,15 15, 18 .14,15 .17 .13,18 -32 15, 18 -18 .31, 32 ___ 21 ____26 .33
Gas Masks
88, 46
Gasoline, use of------------------------------------------------41
General Safety Rules-------------------------------------- 8, 7
Glasses, safety------------------------------------------7, 19, 20
Glassware, handling of-------------------------------------- 43
Gloves ---------------------------------------------------------------45
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Goggles------------------ ---------------;---------Grease, prohibited on oxygen equipment iGrrruinxduecrsrs------ --------------------------------Guards, emergency duties of
_27 _38
-16
-- H--
Handrails ---- ------------Handbook, safety--------
.36, 41 _____ 6
Hand tools (see Tools)
Hats, safety Haveg and plastic piping
.40
Hold Order Tags, Bed (see Tagging Procedure)
Horseplay.40
Hose, all types-----------------------hose house seals, breaking of
Housekeeping ... employee's responsibility
36, 37 17
_27, 28
-27, 28
Inhalants, gas masks--------------
Injuries, causes for, reporting Injury classification---------------
.33,46 ___ 32 38, 29
--J--
Job Safety Instructions-------------------------------------- 1 employee's responsibility -------------------------------- 7 supervisor's responsibility ------------------------------ 7
--K--
Kerosene--------------------------------------------------------- 26 Kelly connections---------------------------------------------40 Kits, snake bite---------------------------------------------- 44
--L--
Ladders ------------------------------------------------------2L 23
angles (Fig. 2) ---------------------------------------------- 47
ascending or descending22
doorways, ladder in -- ----------------------------------- 22
extension------------------------------------------------------22
lowering of -------------------------------------------
22
number of worker* on----------------------------------- 22
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platform
----------------------------------------- ______ 22 22 22 22
Law, Blue Flag, (see Blue Flag Law)
Lead Loaders, principal duties of _____ -------- 4,5 4, 5
4,' 5
Tiftinff 'iFie 4i "
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Lift trucks, rules for___________________ ___ 31, 32
Lights, extension (see Extension Lights)
--M--
Management, duties of---------------------------------------- X
Masks -----------------_-----------------------------------------33
full face (see Full Face Masks)
gas (see Gas Masks)
Special (see Special Masks)
Mechanical failures, tools----------------------------------36
emery wheels------------------------------------------------38
Meetings, safety (see Safety Meetings)
Mercury ----------------------------------
46
Miscellaneous Rules-------------------------------------40, 41
--N--
Notification of guards after using any fire extinguishers----__-----17 breaking seal on hose house--------------------------- 17 opening fire hydrants in yard------------------------ 17 sprinkler alarm rings------------------------------------- 17
-- O-- - Oxygen cylinders and equipment28
-- F---Passes, first aid------------------------------------------------- 31 Perchloroethylene __-26 Personal plastic bags (see Tagging Procedure) Plastic piping 40
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Platform ladders (see Ladders)
Portable electric power tools --
_35
Pressure, air hose
_37
Protective equipment, other--------------------------- .34
Pyrene fire extinguishers (see Extinguishers)
--Q--
-- R--
Railroad cars ------
_40
Red Hold Order Tags (see Tagging Procedure)
Respirators7, 33
Rope, blocks & tackle (Fig. 5) ------------------------- 52
knots, hitches and slings (Figures
9, 10, 11, 12, 13, 14 Rubber shoes, hard toe .
-53. 58 .21. 34
--S--
Safety belts___________________ ___ _____ __ _ -36
Safety Committee, Executive (See Executive
Safety Committee)
Safety Director2, 3
Safety Glasses (see Glasses)
Safety Goggles (see Goggles)
Safety Handbook
Safety Hats (see Hats)
Safety Meetings, attendance of .
-7,40
Safety Rules, observance of --
-6
ignorance of________________
_6
Safely Showers
-34. 35
Safety Suggestion Procedure
.13, 14
Salt Tablets--------------------------
------ 40
Scaffolds ____________________
-23, 24
decking boards
____ 23
handrails Safeway and Spider.
____ 23 J4, 25
SC-49
____ 26
Scooters, Shop Trucks---------
_29
Sewers, underground.......--
_41
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Shields, face (see Face Shields) Shock, electric (see Electric Shock) Shoes, safety (see Footwear) Showers (see Safety Showers) Signals, all clear------------------------------------------------19
evacuation17, 18, 19 emergency18, 17 Signs, placing of and removal of ........------25 Slings (Fig. 3)48 Smoking40 Snake bite kits44 Solvents26 Special Masks33 Special rules for tagging electrical equipment _10, 11 Speed limits, safe driving practices30 Sprinkler alarm, notifying guard of17 Supervisor's responsibilities3, 4
-- T--
Tables and Useful Information____________ 47 - 63 Tagging Procedure, proper8-13
Red Hold Tags, ePrsonal Tags, Boil-Out Tags, Instrument Shut-off Tags____________ 9 Removal of tags_______________ 10 Special Rules10 - 13 Tanks, tagging (see Tagging Procedure) Toe boards (see Scaffolds) Tools36, 37 Trenches, shoring of40, 41
Trichloroethylene :20 Trucks30, 31
drivers --------------------------------------------------- 30, 31 shop trucks30, 31 speed limit28, 30 tek lift (see Fork Lift Trucks) .
-- U--
Useful Information and Tables___________ 47 - 63
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--V-- Vapor, mercury (see Mercury) Varsol20 Vendors41 Vessels, explosive test of ------ . , ------------38, 39
tagging.....................................................................38 ventilation of....... .......... ....... ...............................39 Visitors _41
--W-- Watch engineers, duties of_____--......-------- ----- 4 - 5 Windsocks18, 19
--I-- Yard Section. --......------------------------------------------44 Yellow Safety Line........ ..... -______________ ___ 36
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PART n INDEX PRODUCTION DEPARTMENT
--A--
Acetone_______________
... ......... ..... ................ 89
Add83, 84, 88
baths ... _80, 88
sulphuric84
sulphuric leak------------------------------------------- 83, 84
Air hoses (see Hoses)
Alarm chlorine 73
NH,67
Aldrich pump66
Ammonia _______ ,,_____ --68, 67, 69
Anhydrous caustic safety rules70, 71, 72
Anode lugs, melting & pouring lead________80, 81
bars, copper81
lead mold81
--B-- Bars, copper anode
Rliia Flag Roilniit
tagging oheck list
"Ross'* Fittings Bottles, sealed
sample
..
. . . ....
ties
81
84 RS
87
88 70
88
fi
89
89
79
88
--C-- Carbon cutting punch Carhnnating Tower Cathodic protection
--ioa~
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Caustic, anhydrous _ -------------- ------------70, 71, 72
area safety rules__ _______ 65 - 72
soda _____^.________________ 72
Caustic Area Safety Rules 65-72
Cell dog-legs74, 77
jumper switches75 - 78
renewal safety rules74 - 79
renewal shop -79-83
room safety (Operators) _____________ 72, 73, 74
room tools __78
Cell Area Safety Rules----- ---------------------_--- 72 - 85
Cheaters, use of___________________
,,86
Check list for boilout tagging___--____________ 70
Chlorine alarms _____________________________ 67
blower _84,
85
lines_________ _______________________ __ 79, 90
Chlorine Cooling and Drying83 - 84,
85
cooling and drying85, 88,
87
Clothing __________ _____________________ 82
long sleeve shirts___ _,.__70,
80
Sodium Chlorate plant_____-- ____ _
___92
Cocks---------------------------------------------------66, 86, 90
Compressor, liquid carryover89
Connections, "Kelly**66,
67
washout and steamout66
Copper dipping _...81
Cranes ------- !------------------------------------------ 77, 79, 81
Cutting
_________ 93
--D--
Derail__ 67
Dog-legs ________________________________ 74-77
Dowtherm____________ _____________ _71, 72
Drums, caustic________________ 70,
71
Drying towers _83
--E--
Emergency, cell circuit load 73
cell cut-out___ ___________________________ 74, 78
phone -----
85
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*- *
--F--
Face, shields
71 an
Filters. Valle*
' tut
Fire extinguishers, carbon dioxide CO, and dry chemicals
ftO 75 ' os
Firehose stations chlorate plant First Aid. Chlorate .
Oft OS
Fork Trucks, rules tar Freon
.70. 71 72. 79. SO 07
Full face masks
Aft 7ft
Gas masks Glasses, safety Glassware Gloves
Goggles, chemical Grinding Gunk
--G--
Aft 7ft Aft ft* fti ftft
Aftj 7A 77 Aft 7* Rfl' 0* RS. 71 77 as
Oft
87
--H--
Hat*, safety --------------------- _--63, 72, 74, 82, 85
Hose. air. water, steam Hot cells Hot Stick* Hydrogen. Item 38
* w 66, 83
7*
ft*
flft
Add I: IPP Safety Rules
94-97
--J-- Jumner switches, cell
75-78
Kelly connections66, 67
-- It -- Lift Trucks71, 72, 79, 80 Liquefaction Area Safety Rules_______ Lead PotI80, 81
--108*9-
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Loading Pump ------------------------------------------------ 71 control knife switch-------------------------------------71
-- Bi-
Mastic, pouring81 Mercury 67, 70, 87
thermometers__70 Mixer scoop _83
--N-- Notifying lead operators, supervisors. 82, 85, 86, 88
--O--
Oil -------------------------------------------------------------- 89. 90 Orsat apparatus------------------------ ---- _____ 87
--P-- Perc pipe 79 Pipetting _____ __ --______________ ___ _______69 Piping, Haveg, plastic--------------------------------- 79, 83 Pumps, sulphuric add 84
Respirators__
Rubber gloves overshoes _ shoes ______
--B--
-------------- 65, 69, 73, 80, 82, 85 ------------------------- 65, 72, 80, 92 ----------------------------------------- 92 ----------------------------- 65, 72, 82
Safety glasses
-___ .65, 82, 84, 85
goggles____
.65, 71, 72, 73, 85
guards _____ hats . Safety for the IPP Area
.67
.65, 72, 74, 82, 85 _______ ____94 - 97
Seals, blow, drain_____ Shoes, rubber
.83 -65, 72, 82, 92
safety (see Footwear in General Section)
Showers, safety84, 85
Signs ------------------------ _------ .------------------68, 89, 90
Smoking .
_73, 78, 93, 95
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