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COMPLIANCE INFO_2011-2017
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COMPLIANCE INFO_2011-2017
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Last modified
12/5/2018 11:46:21 AM
Creation date
11/1/2018 9:34:37 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2200 - Hazardous Waste Program
File Section
COMPLIANCE INFO_2011-2017
FileName_PostFix
2011-2017
RECORD_ID
PR0220079
PE
2248
FACILITY_ID
FA0000187
FACILITY_NAME
JR SIMPLOT CO
STREET_NUMBER
16777
STREET_NAME
HOWLAND
STREET_TYPE
RD
City
LATHROP
Zip
95330
APN
19818005
CURRENT_STATUS
01
SITE_LOCATION
16777 HOWLAND RD
P_LOCATION
07
P_DISTRICT
003
QC Status
Approved
Scanner
SJGOV\rtan
Supplemental fields
FilePath
\MIGRATIONS\H\HOWLAND\16777\PR0220079\COMPLIANCE INFO 2011-2014 .PDF
QuestysFileName
COMPLIANCE INFO 2011-2014
QuestysRecordDate
5/2/2017 11:20:24 PM
QuestysRecordID
3374159
QuestysRecordType
12
QuestysStateID
1
Tags
EHD - Public
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Prepared By J.R. SIMPLOT COMPANY Procedure Page <br /> M. Rosa Agribusiness A-13 2 <br /> Approved By Lathrop , California Date Rev. No. <br /> M. Rosa STANDARD LABORATORY OPERATING PROCEDURES 6/30/2011 2 <br /> Volume A General Operations <br /> A-13 Laboratory Liquids Handling and Recycling <br /> Recycling of Laboratory Samples <br /> 1. Dry samples go into appropriate drum outside of QC lab against south wall. <br /> 2. Phos acid sample bottles are to be emptied into a 1 gallon plastic container <br /> which is recycled into the phos acid sump. <br /> 3. The phos acid sample bottles are then soaked with hot water until the <br /> solids on the bottom of the container can be brushed into solution and then <br /> recycled with the phos acid. <br /> 4. Sulfuric acid sample bottles (98% & 93%) are to be emptied into a 2.5 It glass bottle. <br /> This bottle is kept in a polyethylene bottle carrier. When full, the container is taken to <br /> the acid plant for recycling by the acid plant operator. <br /> 5. 50% and lower concentrations of sulfuric acid should be kept in a 2.5 It glass bottle <br /> to be used for neutralizing lab solutions. <br /> 6. The first three sample rinses of the sulfuric acid bottles and caps should be put into <br /> a container for neutralization in the lab. The bottles and caps should then be soaked <br /> in a dilute sodium bicarbonate solution (50 gram Na Bicarbonate/gallon) for a few minutes. <br /> Rinse three times with both tap water and then with DI water. <br /> 7. Ammonium Hydoxide (aqua) samples should be emptied into the 2.5 gal plastic container <br /> in the hood in the Special Analysis Lab. When full an Ammonia Storage operator or <br /> a Pellet Plant operator should recycle the aqua into the sulfate plant sump or the <br /> into the funnel that goes into the Heil scrubber basin. <br /> 8. Sample bottles should then be aired in the hood then rinsed 3-4 times with DI water. <br /> 9. If a sample bottle needs extraordinary cleaning, see lab supervisor for instructions. <br /> Disposal of Acetone Waste <br /> 1. Acetone used in the cleaning of lab glassware and sample bottles shall be collected <br /> in a plastic gallon container in the fume hood in the Special Analysis lab. This container <br /> shall be emptied daily into the acetone waste drum in the back chemical storage area. <br /> 2. A bonding wire will be used when transferring the acetone from the gallon container <br /> into the waste drum. <br /> G:1LAB-ADNIIStdlabprocedureslVOL_ALLSOP-A 1 MLS <br />
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