ABD00277804 1930.134 0- RVCM REPORT FOR 121786 COPY TO JF, DWH, JWW, HC, JE , CWT, /6aFJ VEM, RITA, FRABTION WET / DRY # LOT # REACTOR POUNDS 3 OLIDS PPM VCM PRODUCT 731 4800 K 741 42269 54 95 176 5385 732 48002 742 42269 54 60 111 5385 733 48003 745 56464 52 70 134 5305 734 48004 744 42269 55 87 159 5385 735 4B005 743 42269 54 69 128 5385 736 48006 741 42269 54 113 21 O' 5385 737 48007 745 56464 51 73 144 5305 738 48008 742 42269 54 89 165 5385 739 48009 744 42269 54 78 145 5385 740 48010 743 42269 59 83 141 5385 741 48011 741 42269 54 98 182 5385 742 48012 745 56464 51 55 107 5305 743 48013 742 42269 55 94 170 5385 744 48014 741 42269 54 SO 149 5385 745 ' 48015 743 42269 53 81 153 5385 746 48016 741 42269 54 59 109 5385 747 48017 745 56464 51 40 7B* 5305 702 63682-' 500 37099 55 103 5385 703 68683 400 37099 55 123 224* 5385 704 68684 600 37099 54 84 155 5385 705 68685 300 37099 57 76 134 5385 706 68636 700 57534 53 68 128 5385 707 68687 500 37099 54 74 137 5385 708 68688 400 37099 55 114 207 5385 709 68689 600 37099 61 59 97 5385 710 68690. 300 37099 55 52 94/ 5385 71 1 68691 700 57534 52 61 117 5385 712 68692 500 37099 51 56 109 5385 713 68693 400 37099 55 81 148 5385 714 68694 600 37099 55 53 96 5385 715 68695 300 37099 55 74 135 5385 716 68696 700 57534 53 62 117 5385 NUMBER OF SAMPLES 32 NUMBER AVE.

Guide, 1934 An Instrument of Service prepared for the Profession-- and Containing ' reference data . on the design and specification of heating and ventilating systems-- Based on the Transactions--the Investigations of the Research Laboratory and Cooperating Institutions-- and the Practice of the Members and Friends oV The . ' Society ' ' TOGETHER WITH A Manufacturers' Catalog Data Section Containing Essential and Reliable Information-Concerning Modern Equipment - also The Roll of Membership of the Society' with ' *.

American Society of Heating and Ventilating Engineers Guide, 1930 architectural projected, residential casement, and heavy casement section projected windows are given in Table 41.

American Society of Heating ami Ventilating Engineers Guide, 1930 905 grains per hour. 1,000 X 265 = 265,000 B.t.u. sensible heat; 1,000 X 134 = 134,TOO B.t.u. latent heat and 1,000 X 905 = 905,000 grains or 129 lb. of water vapor will be added per hour to the air in the auditorium.

American Society of Heating and Ventilating Engineers Guide, 1930 The. pressure head for . the main system is produced by the difference in weight of the 205 deg. water in the flow risers and the 180 deg. water in the return risers, the two risers being 3 ft. 6 in. high.

American Society of Heating and Ventilating Engineers Guide, 1930 (VOJf d+BfUdpuOJ t 418 F ig. 1.

American Society of Heating and Ventilat^c Engineers Guide, 1930 Harrisburg Star Boiler Co.

American Society of Heating and Ventilating Engineers Guide, 1930 Grinnell Co..

American Society of Heating and Ventilating Engineers Guide, 1932 vertical wall spaces or ventilators may be estimated by means of the following formula: where t Utce -f- n to Ur Uce + n UT (11) t = inside temperature near ceiling. tb = temperature in attic, to = outside temperature.

American Society of Heating and Ventilating Engineers Guide, 1932 FURNACE DESIGN Good efficiency and proper boiler performance are dependent on correct furnace design embodying sufficient volume for burning the particular fuel at hand, for permitting of thorough mixing of air and gases, for permitting a velocity low enough to allow sufficient time for combustion to take place and for permitting the maintenance of a sufficiently high temperature to produce combustion.

/ American Society of,- Heading and Ventilating Engineers Guide, 1932 .. .i CIIapter 22--Djstrict Heating PS HCd < H(d W PS Ou F ig. 3.

American Society of Heating and Ventilating Engineers Guide, 1932 1 to 5 in.connection, 2 in. suction, (from Table 4) 605 X 1 equals 605 cfm 1 to 4 in.connection, 2 in. suction, (from Table 4) 386 X 1 equals 386 cfm 1 to 5 in.connection, 2 in. suction, (from Table 4) 605 X 1 equals 605 cfm 2 to 6 in.connection, 2 in. suction, (from Table 4) 867 X 2equals 1,734 cfm Total......... ................................:.............................................................. -- 3,330 cfm The next step in the calculations is to determine the maintained resistance of the system, which corresponds to the static pressure that the exhaust fan must produce to obtain the proper volume of air and suction at the hoods.

American Society of Heating and Ventilating Engineers Guide, 1932 Brewery.

American Society of Heating and Ventilating Engineers Guide, 1934 <?

American Society of Heating and Ventilating Engineers Guide, 1934 Table 2.