potential commodities nfpa 704 - city of oakland

Potential Commodities

NFPA 704

The NFPA 704 describes the material hazards for each commodity for emergency

response.

o A description of the NFPA 704 symbology is included in this part.

*Information culled from different sources

Commodity Health Rating Fire Rating Reactivity Rating Special Hazard Rating

1 Animal Feed (BIOFOS Additive) 2 0 0 -

2 Basic Chemicals (Melamine) 2 1 0

3 Bauxite* 1 0 0 -

4 Bituminous Coal 1 1 0 -

5 Borax 1 0 0 -

6 Cereal Grains (Ground Corn) 1 1 0 -

7 Copper Concentrate 1 2 0 -

8 Dried Distillers Grain 1 1 0 -

9 Fertilizer (Mosaic MicroEssentials SZ)

2 0 0 -

10 Fuel Oils 2 2 0 -

11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -

13 Logs (Douglas Fir) 1 0 0 -

14 Metallic Ores (Zinc Ore) 1 1 0 Water Reactive

15 Muriate of Potash 1 0 0 -

16 Portland Cement* 1 0 0 -

17 Soda Ash 2 0 0 -

18 Sodium Sulfate 2 0 0 -

19 Soybean (Meal) 0 0 0 -

20 Waste/Scrap (Aluminum) 1 0 0 -





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Animal Feed (BIOFOS Additive)





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Basic Chemicals (Melamine)





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Bauxite





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Bituminous Coal





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Borax





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Cereal Grains (Ground Corn)





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Copper Concentrate





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Dried Distillers Grain





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Fertilizer (Mosaic MicroEssentials SZ)





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Fuel Oils





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Gasoline





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Iron Ore





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Logs (Douglas Fir)





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Metallic Ores (Zinc Ore)





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Muriate of Potash





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Portland Cement





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Soda Ash





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Sodium Sulfate





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Soybean (Meal)





3 Bauxite* 1 0 0 -


5 Borax 1 0 0 -





2 0 0 -


11 Gasoline 1 3 0 -

12 Iron Ore 1 0 0 -





17 Soda Ash 2 0 0 -




Waste/Scrap (Aluminum)

Air Monitoring Plan

The Air Monitoring Plan was put in place during the initial phase of the Oakland Army Base

Redevelopment Plan.

The currently installed air monitoring sites will be used to monitor TLS program

construction and operations.

The equipment operating information can be found in the Appendix to the BOD.

AIR MONITORLOCATION 1

AIR MONITORLOCATION 3

I-80 EBMUD

WHARF 6(BERTH 9)

COMMENTDATEREV

DATE:

JOB NO.

SCALE:ARCHITECTURAL DIMENSIONS

JAMES HEILBRONNER510-463-8300300 FRANK H. OGAWA PLAZA, SUITE 375OAKLAND, CA 94612

OAB02

K. ROSSO

J. ARMADA

CHECKED BY:

DRAWN BY:CAT. NO

INV. NO.

PROPOSED AIR MONITOR LOCATIONS OAKLAND ARMY BASE

CITY OF OAKLAND, ALAMEDA COUNTY, CALIFORNIA

1" = 500'3/27/2013 X-472

AD-0246.0121063

GRAPHIC SCALE

1 4

BAM-1020 Continuous Particulate Monitor

Features

Designations

Principle

Data Collection

® ™

Error Handling

Maintenance

Operation

PARAMETER SPECIFICATION

PERFORMANCE

ENVIRONMENTAL

INTERFACE

ELECTRICAL

PHYSICAL

Specifications BAM-1020

Standard Equipment

™

Required Accessories

™

Optional Accessories

Tel: Fax:

E-mail: www.metone.com

SASS/SUPER SASSSpeciation Samplers

Sales & Service: 1600 Washington Boulevard, Grants Pass, Oregon 97526 • Tel 541/471-7111, Fax 541/471-7116

Regional Sales & Service: 3206 Main Street, Suite 106, Rowlett, Texas 75088 • Tel 972/412-4747, Fax 972/412-4716

http://www.metone.com

Analytes: PM2.5 Mass and Trace MetalsPM2.5 Organic and Elemental CarbonPM2.5 Sulfate, Nitrate and other ionsPM2.5 Elements

Canisters:SASS Five (5), Four (4) Canisters with One (1) duplicateSUPER SASS Four (4), or Eight (8) Canisters

Programming:SASS Single Day set by Hot Key CommandSUPER SASS Single or Sequential Days set by Menu Command

Flow Rate: 6.7 Actual Liters/min (+0.1, -0.2)

Inlet: Sharp Cut Cyclone (SCC), (D50 2.5µm AED) Detachable from canister

Power: 110AC/60Hz (optional 230 AC/50 Hz)

Met One Instruments, Inc.

Specifications

Met One Instruments, Inc.

Met One’s Speciation Samplersare designed to comply andexceed EPA Speciationrequirements . Two models pro-vide a choice for compliancemonitoring: SASS is a 5 chan-nel sampling sytem andSUPER SASS is 8 channel,multiple event sampling system.The SASS conforms to originalEPA requirements and SUPERSASS adds benefits suggestedby state and local authorities.

Both models use concepts pio-neered by Met OneInstruments, such as the conta-mination free Canister, solarradiation shield, and modulardesign.

SASS and SUPER SASS notonly comply to EPA specifica-tions they exceed the specifica-tions, as proven in EPA andCalifornia Air Resources Boardfield studies.

SASS� Portable integrated ambient

particulate sampling system� Inlet for PM2.5 at 6.7

liter/minute sample rate� Solar shield maintains

cassettes to less than 5°Cover ambient temperature

� Canister provides dataintegrity - contaminationproof

� New multi-cell denuder andmultiple filter medias

Supplied Software, SASSCommallows the user to transfer datato LapTop PC, Modem, or DataTransfer Module.

™

speciation

continuous

monitoring

SASS/SUPER SASS� �

�

SUPER SASSThis unit offers all the featuresof the SASS plus it hassequential programing to allow-multiple day operation. SUPERSASS will sample up to eightdays depending on the numberof sample channels used perday. SUPER SASS comesstandard with four independentvolumetric flow controllers, onefor each sampler group.

SUPER SASS, AdditionalFeatures� Up to 8 Channel Operation� One to Eight day Sampling,

Sequential � Automatic Volumetric Flow

Controllers� Each Channel may be oper-

ated independently� Advanced Field Audit

Screens

Testing and ExperienceThe SASS and SUPER SASSare based on designs thathave been field tested for eightyears with 3 years of testing inthe EPA program. This testinghas proven the concept andhelped to refine the design.

PortabilityDesigned for programs on themove, both units offer superiorflexibility and portability. SASSand SUPER SASS are com-posed of a portable pump box,tripod, sample head and con-troller, they are easy to carryand easy to install. Installationtakes less than one hour.

No Field ContaminationSample Canisters are loadedin the lab, with blank filter cas-settes. Sealed canisters areshipped to speciation fieldsites for deployment. Afterexposure the canisters aresealed for shipment to thelab.This approach circumventscontamination due to fieldhanding of the sample.

(4) Tandem Quartz for organicand elemental carbon, withbackup filter for artifact correc-tion, (5) Denuded carbon-impregnated filter for semi-volatile organic compounds.

Temperature ControlSASS incorporates a convec-tive solar radiation shield tomaintain the samples within5°C of ambient temperature.

Field and Lab Tested PM 2.5InletA Sharp Cut Cyclone (SCC)with a flow of 6.7 liters/min isintegrated in every samplingcanister to remove particleslarger than 2.5µm aerodynam-ic diameter. Test report avail-able upon request.

Canister ConfigurationsThe sample canister containsthe SCC all necessary compo-nents for excluding particlesabove 2.5 µm aerodynamicdiameter, for removing interfer-ing gases, and for collectingparticles including semi-volatile. The sampling canis-ters are designed to accom-modate denuders and one ortwo filters for sampling ofsemi-volatile species, and forcollection of gases such asnitric acid, ammonia, and

�

��

�

�™

No Field MaintenanceThe SASS allows all criticalmaintenance to be performedin the lab. Other instrumentssuffer contamination of inlet,manifold and PM2.5 separatorbecause they must be servicedin the field. With the integratedcanister every element of thesampler that is contacted bythe sampled air stream iscleaned with each samplechange.

formic acid. For example, aTeflon Nylon filter pair can beoperated behind a nitric aciddenuder to give inorganic ionsand nitrate in the same cas-sette. Canisters can be usedas follows: (1) Teflon filter formass and trace metals, (2)Teflon or Quartz for inorganicions by ion chromatography,(3) Denuded Nylon or impreg-nated filter for nitrate,

potential commodities nfpa 704 - city of oakland

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