On VMrnaiy IS, 1*77, the araXbabfMty of the Rnonomtc Impact Study for lead was araounced (42 PR *1*0).

--Author's sbst. 1399/76 Blood Lead Levels in Adult Subjects Living in the Veneto Region, not Occupationally Exposed to Lead.

Temperature control lead shorted. 11.

Tlotonville (1) Flex-Kleen type automatic filter for Line 1 mixer; J (2) Bendix tube apparatus; (3) Rotameters to permit purging of instrument leads and panel board location of gauges with permanent instrument lead tubing; (4) Replacement of five Flex-Kleen filters from the Line 1 additive hoppers; (5) Speed increase or the Line 1 Welex mixer; (6) A portable fan to permit silo, hopper, and hopper car purging; (7) A rotary wash nozzle to facilitate hopper car washing; # (8) Replacement bags for Line 2 Flex-Kleen filters.

DRAFT Analysis of the Causes of Declining Blood Lead Levels During the NHANES II Survey I.

b* nnfy/"J U jvtfvjblr high lead I*`V<`K ,*t Ihr `ily`r, Public IKHIh almntpny, MO |?

NL I 00258,; 23 auditors' report i" To the Shareholders of National Lead Company New York, N.Y.

The formula tion does not contain lead pigments.

Some examples of products manufactured from these alloys are as follows: (1) Lead shot. (2) Cable sheathing (lead and arsenic). (3) Battery grids (lead and arsenic). (4) Battery electrodes (lead and arsenic). (5) Speculum metal. (6) Boiler tubes (Copper and arsenic). (7) Arsenic bronze. (8) Special solders such as used on body joints and seams in the automobile industry. (9) Arsenic brass. (10) Arsenical Babbitt. l.

In p articu lar, the stated la ck of correlation betw een atm ospheric le v e ls o f lead and le v e ls o f lead e x cre tio n in the urine o f w orkers is not derived from the data presented in Graphs 2, 3 and 4 -- which show a degree of p o sitiv e co rrela tion betw een atm ospheric m easurem ents and group m eans (averages) for lead in u rin e.

arsenic, barium, beryllium, butyl chromate, calcium arsenate, calcium oxide, cobal)t i copper fume, fe-rrovar.adium dust, lithium hydride, mercury, nickel , silver, tantalum, tellurium, tin, yttrium GROUP 0: 2k OCT. 1975 arsine, chromic acid and chromates, chromium, chromium, hydrogen sclenide, iron ox ide > lead and inorganic lead compounds, magnesium oxide, molybdenum, phosphine, stibine, titanium dioxide, uranium, vanadium, zinc chloride, zinc oxide GROUP P: 21 NOV. 1975 chloro nitropropane, chloropicrin, dibutyl phosphate, dichloro nitroethane, dineth yi dibromo dich] oroc-thyl phosphate, dinitrobenzene, dinitrotoluene, ethylene glycol dinitrate and/or nitroglycerin, nickel carbonyl, nitrobenzene, nitrochlorobenzene, nitroethane, nitroraethane, nitropropane, nitropropane, tributyl phosphate, triorthocr esyl phosphate, triphenyl phosphate ?

Joseph Lead Coepany P.nrry Outcault F.

This leads to a total raw material efficiency variance of $136,376 unfavorable.

Sediments at the control station (PC-2) contained "heavily polluted" concentrations of lead, cyanide and phosphorus.

Joseph Lead Coepany P.nrry Outcault F.