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Eastman Kodak Company, 2008

Kodaks health, safety,

and environmental

publications are available

to help you manage your

photographic processing

operations in a safe,

environmentally sound

and cost-effective

manner. This publication

will help amateur

photographers know

how to safely handle

and dispose of

photographic

processing chemicals.

EnvironmentI N F O R M A T I O N F R O M K O D A K

J-300 $10.00

Environmental Guidelines for

Amateur Photographers

As a photographer, you have aunique sensitivity to the environ-ment around you. But, as an

amateur photographer, you donthave to worry about theenvironmental and safetyregulations that apply tocommercial businesses andprofessional photographers.

But you still need to know how tosafely handle and dispose ofphotographic processing chemicals.

An amateur is someone whoengages in an activity as a pastimerather than a profession. Anamateur photographer does notgenerate (or try to generate) revenuefrom the use of photography. Whenyou become a professional

AMATEUR ORPROFESSIONAL?

photographer and charge for yourservices, you are required by law to

comply with certain environmentaland workplace safety regulations(some of which are covered in thispublication). As an amateurphotographer, you are not requiredby law to follow those regulationsbut we are providingrecommendations on safe handlingand waste management practices.

Chemicals are safe when handledproperlythats why its importantto know and understand thechemicals youre working with andthe appropriate protective measuresyou should use when handlingthem.

SAFETY

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Environmental Guidelines for Amateur Photographers

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When working with photographicprocessing chemicals, you shouldwear protective clothing to ensure

your safety. Whenever the potentialexists for chemicals to get in youreyes, wear safety glasses with sideshields. When mixing chemicals,wear tight-fitting goggles. Wearimpervious gloves, such as thosemade with Neoprene or Nitrile, toprevent contact with skin. Youshould also wear an apron, or otherprotective clothing that isimpervious to chemicals, to preventchemicals from coming in contactwith your clothing.

Some Kodak photographicprocessing solutions may releasevapors or gases that can irritate theeyes and respiratory tract and haveunpleasant odors. When processingsolutions are warm, they maygenerate more vapors. In addition,temperature affects processingtimes. Therefore, it is important that

you work with solutions at theproper temperatures. For your ownpersonal comfort and good healthpractices, you should minimize theconcentration of these chemicals bycontrolling ventilation. Werecommend using a room with asource of fresh air for darkroom use.Here are some ventilationguidelines for manual sink-line oropen tray processing areas: Supply tempered fresh air to the

darkroom above the processing

solutions. Position the supply offresh air so that it will not affectthe capture of vapors or gases bythe exhaust opening.

PERSONAL PROTECTIVEEQUIPMENT

VENTILATION

Exhaust the room air from theprocessing chemical area to theoutdoors at a minimum rate of10 room volumes per hour1 If youhave a fresh-air supply duct toyour darkroom, set your exhaustrate slightly higher than the

supply rate. This produces a slightnegative pressure and reduces thechance of vapors or gasesescaping to an adjoining room.

To determine how much exhaustper hour is required for yourdarkroom: Determine room volume

(h x l x w)

Multiply by 10

Divide by 60 minutes

Most darkrooms are 10 h x 10 l x

8 w which equals 800 cubicfeet (ft3). Therefore,

A Material Safety Data Sheet(MSDS) is available for every Kodakchemical you purchase. The MSDStells you how to use, handle, andstore the product safely. The contentof MSDSs varies from one productto the next. Among the topicscovered are: Product Information: identifying

the name of the product and anyother trade names.

1. For 10 x 10 x 10-foot room

800 ft3 x 10

x 10 =

Exhaust rate of

133 ft3 min for

10 room

changes

per hour

60 min/hr

MATERIAL SAFETY DATASHEETS

Component Information:identifying what ingredients arein the product.

Hazard Identification: hazardouscomponents in the product andsafe handling information.

First Aid Measures: appropriateemergency procedures and otherinformation.

Fire-Fighting Measures.

Precautions to take if a spilloccurs.

Handling and Storage: specialpersonal precautionary measuresand storage information.

Exposure and PersonalProtection: ventilation and whatpersonal protective equipment isneeded, such as gloves, goggles,etc.

Physical and Chemical Properties:such as pH, color, and odor.

Stability and Reactivity:incompatibility with otherchemicals.

Health Information: such assymptoms of overexposure.

Disposal Information: wastemanagement options for theproduct.

To get a copy of a MSDS for a Kodakproduct, see your dealer or retailstore, or visit Kodak on-line atwww.kodak.com/go/msds.

OBTAINING MSDSs

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There are two types of wastesolidwastes and processing effluent. Mostsolid wastes are packagingmaterials. The waste produced from

processing photographic films andpapers is called photographiceffluent; it includes developer, fixer,bleaches, and wash water. There aremany different ways to managesolid and effluent waste materials.

MANAGING WASTE

The best way to help theenvironmentand yourselfis touse photographic processingsolutions efficiently. You can

accomplish this by: Buying only the supplies you

need. This way, you wont bestoring unused photoprocessingchemicals past theirrecommended shelf life and later,having to dispose of them.

Mixing only the amount ofphotographic processingchemicals you need; this way, youwont have to dispose ofadditional materials.

REDUCING WASTE

Before you can decide how todispose of photographic processingchemicals, you need to know what

type of waste disposal system youhave. The type of system you haveand the types of materials you needto dispose of will determine howyou dispose of your waste. There aretwo types of waste disposalsystemssewer and septic.

PHOTOGRAPHICEFFLUENT

Amateur or Professional?

StartAre you an amateur photographer

who does notsell your work?

No

You are likely a business selling

some or all of your work and

therefore are covered by additional

requirements. See More

Information at the back of this

publication.

Yes

Do you have a darkroom at home

where you process films and

papers?

NoIf you process work at a school,studio, or other business, disposal

responsibility falls on the business

owner. See More Information at the

back of this publication.

Yes

You are likely using a septic system

for disposal of wastewater. Certain

materials should not be sent to the

septic system. See Septic Systems

for more details.

NoAre you using a sewer for disposal of

your wastewater?

Yes

Most common photographic

chemicals may be safely disposed to

the sewer. See Sewer Systems for

more details.

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The majority of wastewatergenerated in our communitiestravels through the sewer system toa Publicly Owned Treatment Works

(POTW). The POTW is responsiblefor treating the wastewater thatcomes through its facility. The waterthat leaves the POTW aftertreatment must comply with federal

SEWER SYSTEMSand state regulatory limitsestablished under the Clean WaterAct. In order to comply, the localPOTW must establish pretreatmentguidelines (commonly referred to assewer codes) that impact businesses.

As a domestic useran amateurphotographeryou are excludedfrom these regulations. Mostphotographic chemicals can be sentto the sewer. They include:

Developers

Stop baths

Fixers (after silver recovery)

Wash waters

Do NOT send:

Selenium toners Solvents

Other materials that areprohibited, i.e., flammablematerials

2OH

Bin

POTW

Sewer

City Disposal

Trash

Your House

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If you are on a sewer system, the bestwayand the most appropriateis todispose of your photographic processing

effluent through the sewer system. Mostphotographic processing solutionsare biodegradable and are effectivelytreated when discharged to POTWs.POTWs that have secondary(biological) wastewater treatment caneffectively treat the waste streamthrough the use of biological action,such as bacteria nutrients andaeration, to break down the waste itreceives so that it may be safelydischarged to a body of water.

Photographic processing effluentincludes developer, fixer, bleach, andwash water involved in processingfilms and papers. Two keycharacteristics of photoprocessingeffluent are pH and the concentrationof silver. Developer has a high pHand is therefore alkaline or caustic.Fixer has a low pH and is thereforeacidic. When fixer and developer arecombined as the total processeffluent, the effluent is neutralized,resulting in a better compatibility

with drain pipes and treatment at thePOTW.Another key characteristic of

photoprocessing effluent is the silverconcentration found in photographicfixer or bleach-fix effluent. Althoughthe form of silver (silver thiosulfate)found in photographic processingeffluent is not harmful and isremoved during secondary treatmentat the POTW, it is a good practice torecover silver before discharging theeffluent. See page 6 for information

on silver recovery.If you do not want to recover silver

from used photographic fixer orbleach-fix, you may choose to utilizeother disposal options, such ashousehold hazardous wastecollection. Refer to the section onWaste Management Alternatives forSeptic Systems for additional

information.

WASTE MANAGEMENTOPTIONS

Septic tank systems are designedand used for the disposal ofdomestic waste, primarily in areaswhere municipal sewers are

unavailable. They operate withanaerobic (without oxygen)biological action to treat the wastesdischarged. This also includes leachfields and cesspools.

Septic systems do not have theability to properly treatphotographic processing solutionwaste. Regulations have beenestablished by the United StatesEnvironmental Protection Agency(USEPA) and many states tominimize the potential of adverselyaffecting sources of undergrounddrinking water. Although theseregulations typically do not impactdomestic users, such as amateurphotographers, we recommend thatyou contact your local healthdepartment to determine whetherdischarging photographicprocessing effluents into your septicsystem is appropriate for your

location.

SEPTIC SYSTEMS

Kodak does no trecommend the use ofseptic systems for disposal of

photographic processing chemicals because the disposal ofphotographic processing solutionsmay affect the proper operation ofthe septic system. Other disposaloptions are available for septicsystem users, including householdwaste collection facilities, dischargeto a nearby municipal treatmentplant, or a licensed hazardous wastehauler. Table I provides a summaryof waste management optionswhich are available for Kodakproducts.

WASTE MANAGEMENTALTERNATIVES FORSEPTIC SYSTEMS

Table I. General Guidelines

KODAK Products

Sewer

System

Options

Other

Alternatives

Discharge

to Sewer

(POTW)

Household

Hazardous

Waste

Collection

Discharge

to nearby

POTW

Trash

Disposal

Developer

unused/used

Fixer/Bleach-Fix

unused

used*

* Recommended after silver recovery is performed.

*

Stabilizers

Sepia Toner

Rapid Selenium Toner

Indicator Stop Bath

Recommended after neutralization.

PHOTO-FLOSolution

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Most communities have localhousehold hazardous wastecollection facilities. These facilitiesare available to the public to collectitems from domestic use that shouldnot be disposed of through

municipal trash, septic, or sewersystems. This option is available ifyou generate less than 220 pounds(100 kilograms) of hazardous wasteper calendar month. Most homehobbyist photographers fall wellbelow this limit.

You can also discharge yourphotographic wastes to a localmunicipal sewer authority, oftenreferred to as a Publicly OwnedTreatment Works (POTW). Contactthe POTW directly to see if they will

accept your waste.The third option available is to

contract with a licensed hazardouswaste hauler to manage yourphotographic processing wastes foroff-site disposal. You may check theyellow pages of your local phonebook for a list of waste managementcompanies in your area. (There is a

fee for this service.)

We do notrecommend that you disposeof used or unused photographicprocessing solution in your regulartrash. This is to ensure the safety ofthe trash collectors who would notknow that this material is in the trashand could possibly come into contact

with it.

MUNICIPAL TRASH

DISPOSAL

Used KODAK Rapid Selenium Toneris regulated as a hazardous wasteunder the USEPA Resource

Conservation and Recovery Act(RCRA) regulations for commercialusers. We recommend that domesticusers do not discharge this materialto the sewer or discard it in themunicipal trash. Use a householdhazardous waste collection facility ora licensed hazardous waste hauler tomanage this material.

KODAK Indicator Stop Bathcontains acetic acid. It has a very lowpH (1.0). Neutralize this solutionwith sodium bicarbonate (baking

soda) solution prior to sending thematerial to the sewer. This will helpprotect your drain pipes. Add thesodium bicarbonate slowly to thesolution because it will causefoaming. Neutralize the solution in awell ventilated area using properpersonal protective equipment(gloves, goggles, and apron).

If you do not want to neutralize theIndicator Stop Bath prior to disposal,you may choose to utilize other

disposal options, such as householdhazardous waste collection. Refer tothe previous section on WasteManagement Alternatives for SepticSystems for additional information.

For information on managingdiscontinued Kodak products, pleasecontact Kodak at 1-800-242-2424 oremail [email protected] for assistance.

DISPOSAL OF OTHERKODAKPRODUCTS

DISCONTINUED KODAKPRODUCTS

You can find silver in a number ofdifferent materials when youprocess photographic materials. Theoriginal source of silver is

photographic films and papers.Once processed, silver can beretained in the photographicmaterial or transferred to solutionsused to process the photographicmaterials. Commercial business andphotographers must recover silverfrom photoprocessing effluent tomeet sewer discharge limitsestablished by POTWs. Amateurphotographers are not required torecover silver. But whether you are aprofessional or amateurphotographer, silver recoveryprovides environmental benefits,conserves a natural resource, andmay provide a source of revenue.

The amount of silver found inphotoprocessing effluent willdepend upon the amount of film orpaper youve processed. See Table IIfor typical silver concentrations. Forsmall volume users like amateurphotographers, metallic replace-ment is usually a good method for

recovering silver from photographicprocessing effluent. In this method,iron metal (steel wool) reacts withthe silver in the fixer solution. Theiron replaces the silver in solution,while the less active metal (silver)settles out as a solid sludge. To bringthe silver in contact with the iron,the used fixer passes through thecontainer filled with steel wool. Thesteel wool provides the source ofiron to replace the silver.

SILVER RECOVERY

Table II. Silver Concentrates Found in Photoprocessing Solutions

Solution Amount

Developer Contains negligible amounts of silver

Fixer/Bleach-Fix 30005000 milligrams/litre

Wash Water/Stabilizer 15 milligrams/litre

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The advantages to using metallicreplacement cartridges are the lowinitial cost (approximately $50 each),and the simplicity of installingthemall you have to do are a fewsimple plumbing connections. The

disadvantage of metallicreplacement is that the silver isrecovered as a sludge, which makesit more difficult to determine theexact amount of silver recoveredand requires more costly refining.Also, you cannot reuse cartridges;you must replace them when theybecome exhausted. For small-volume users, such as amateurphotographers, metallicreplacement cartridges usually lastabout six months.

You can recover silver from smallbatches of fixer by pouring thesolution into a metallic replacementcartridge. You can use the KODAKChemical Recovery Cartridge,

Junior Model II.

To use metallic replacementcartridges as efficiently as possible,fill them with water before you use

them. This will allow the solution tocome into contact with the greatestsurface area of steel wool andprevent channeling. Regardless ofthe amount of effluent passedthrough it, never use a cartridge formore than six months. The cartridgeis used to remove silver from thefixer/bleach fix solution only. Donot add developer or any otherchemical to the cartridge. Addingdeveloper or other chemicals willdestroy the cartridge and inhibit the

silver-recovery process.

TIPS FOR RECOVERINGSILVER

After the metallic replacementcartridge is exhausted, you have tosend it to a refiner to reclaim thesilver that is present in the form of a

sludge in the cartridge. For a list ofrefiners, visit www.kodak.com/go/kes.

You can choose from several optionsfor managing the solid wasteassociated with processing Kodakfilms and papers. Refer to Table IIIfor guidelines on what to do withthese materials.

REFINING

SOLID WASTE

Table III. General Guidelines

Product Component Material Option

Film Carton/Box 100% recycled fiberboard Discard in regular trash

35 mm

Canister

Body Plastic* Recycle

Cap Plastic* Discard in regular trash

35 mm magazine Steel Recycle

35/120/220 spool Plastic* Recycle

126/110 cartridge Plastic* Recycle

Film Emulsion, base Discard in regular trash

Paper Carton/Box 100% recycled fiberboard Discard in regular trash

Core Fiberboard Recycle

Photochemical Container Bottles Plastic* or glass Recycle**

Caps Plastic* Discard in regular trash

Carton 100% recycled fiberboard Recycle or

Discard in regular trash

2

4

7

7

2

5

* Refer to Appendix A for resin codes and descriptions. Check with your community recycling program for details or

ask your local photographic processing lab if they participatein the KODAK Film Container Recycling Program.

Check with your community recycling program for details or ask yourlocal photographic processing lab if they participate in theKODAK Paper Core Recycling Program.

** Refer to Appendix B for information on photochemical bottlerecycling in community recycling programs.

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8

Resin Codes

Today, plastics are among the easiest types of waste to recycle. Responding to requests from recyclers, the Societyof the Plastics Industry, Inc. created the following codes to identify plastic packaging by resin types. These codesare typically imbedded in the bottoms of plastic bottles or containers and allow easysorting of plastic waste.

APPENDIX A

Code Resin Type Examples

PETEPolyethylene terephthalate Beverage containers, boil-in food pouches, processed meat packages

HDPEHigh-density polyethylene

Film trays, chemical bottles, plastic lids for anesthetics

and many other products, barrier envelopes, milk bottles, detergent

bottles, oil bottles, toys, plastic bags

VVinyl (PVC or polyvinyl chloride)Film packet outer wraps, food wrap, vegetable oil bottles, blister

packaging

LDPELow-density polyethylene Shrink-wrap, plastic bags, garment bags

PPPolypropyleneMargarine and yogurt containers, caps for containers,

some wraps

PSPolystyrene Egg cartons, fast food trays, disposable plastic silverware

OTHEROther types Multi-resin containers

1

2

3

4

5

6

7

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Recycling KODAK Photochemical Containers

PREPARING KODAKPHOTOCHEMICALCONTAINERS FOR RECYCLING

You can help minimize solid waste by participating inyour local community recycling program. Thefollowing information will help you in preparingempty plastic or glass Kodak photochemical containersfor recycling in your local recycling program:

1. Follow the recommendations for personalprotect ion and venti lat ion, as described in theproduct Material Safety Data Sheet (MSDS), whilerinsing the empty container.

2. Emptythe container of all residual product, anddispose of the residual in accordance with all local,

state, and federal regulations.3. To minimize splattering and respiratory exposure,

slowly rinse caps and empty containers with coldwater. In some instances, the chemical residue mayreact with water if present in high concentrations.Dispose of the rinsate (rinse water) in accordancewith all local, state, and federal regulations.

4. Repeat the rinsing of the containers two moretimes; you can use warm water (approximately100 F) for the final rinse to increase the solubilityof any remaining chemicals.

5. Once you no longer need the caps, rinse anddiscard them. Do not place them in the recyclingcontainer.

6. If the containers have visible stains or residue aftertriple rinsing, do not recycle them. Dispose ofthem in accordance with local regulations.

7. If the rinsed container is plastic, slit it so it cannotbe used again and place it into your recyclingcollection container.

Answers to some frequently asked questions aboutrecycling Kodak photochemical containers:

Q. Does Kodak accept back the empty plastic or glassphotochemical containers?

A. Kodak does not accept back the empty plastic orglass photochemical containers. Local recyclers arebest equipped to recycle these containers.

APPENDIX BQ. What type of plastic are the containers made from?

A. Most of the plastic Kodak photochemicalcontainers are manufactured from high densitypolyethylene, the Society of Plastics Industry (SPI)code number 2 or low-density polyethylene, SPIcode number 4. In addition, some Kodak plastic

containers are made of other resins and are codednumber 7 to symbolize layered multi-materialplastics.

Q. What is an SPI code and where will I find it?

A. An SPI code is a way to identify what type ofplastic the container is made from. The numberwill be located on the bottom of the chemicalbottle, inside the chasing arrows (mobius loop).For Cubitainers, the SPI code will be located nearthe neck of the container.

Q. What SPI code numbers will the recycler accept?A. You will need to contact your local recycler for the

information on what recyclable plastics theyaccept. Each recycler may have different marketoutlets for the plastics which determine whatrecyclables they can collect.

Q. How do I contact my local recycler?

A. Call your local or state recycling coordinator,municipal waste collection agency, or your localwaste disposal company. If these agencies cannotassist you, you can call the American Plastics

Council (APC) at 1-800-243-5790 for informationon plastic recyclers in your area.

Q. What information will I have to provide to the recyclerwhen inquiring about recycling my containers?

A. It would be helpful for the recycler if you provideda sample of the rinsed containers that you wouldlike to recycle; a count of how many containersyou generate per week, month, or year; theMaterial Safety Data Sheets for the photochemicalproduct that was sold in the original container;and a copy of this Appendix. You may be asked tosign a form stating you will make sure the

containers have been properly rinsed before yousend them to the recycler.

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Q. Why do some local recyclers not accept the containers?

A. Some recyclers may not understand the nature ofthe contents of the containers. Most Kodakphotographic chemicals are water soluble.Properly rinsed photochemical containers with novisible stains or residue are expected to pose no

greater health concerns for customers or recyclersthan properly rinsed household chemicalcontainers. Some recyclers may only be able toprocess specific sizes of containers, types ofmaterials (plastic and glass), and colors of glass attheir facility. As a result, they may not be able toaccept every container that you would like torecycle.

Q. Can I recycle the 30- and 55-gallon Kodak plastic drumsthat my photographic chemicals are shipped in?

A. Yes, this is possible provided you have located a

recycler of such drums in your area. However,these drums are part of the KODAK ReturnableDrum Program and can be sent to the Kodak-approved drum reconditioner, then back to Kodakfor reuse. If you need further information aboutthe KODAK Returnable Drum Program, callKodak at 1-800-242-2424.

Q. Whom may I contact at Kodak for additionalinformation about the recycling of Kodak photochemicalcontainers?

A. For additional information, you may contact theKodak Information Center at 1-800-242-2424,

Monday through Friday, from 9 a.m. until 7 p.m.(Eastern time).

KODAK EKTACOLOR PRIME Chemicals

KODAK EKTACOLOR PRIME DeveloperReplenisher / RA-4

KODAK EKTACOLOR PRIME DeveloperRegenerator

KODAK EKTACOLOR PRIME Bleach-Fix andReplenisher

KODAK EKTACOLOR PRIME Stabilizer andReplenisher / RA-4

KODAK EKTACOLOR RA Chemicals

KODAK EKTACOLOR RA Developer Starter

KODAK EKTACOLOR RA Developer ReplenisherRT, Part A

KODAK EKTACOLOR RA Developer ReplenisherRT, Part B

KODAK EKTACOLOR RA Developer ReplenisherRT, Part C

KODAK EKTACOLOR RA Developer Replenisher

KODAK EKTACOLOR RA 100 DeveloperReplenisher

KODAK EKTACOLOR RA 100 DeveloperRegenerator

KODAK EKTACOLOR RA 100 DeveloperRegenerator (WS)

KODAK EKTACOLOR RA Bleach-Fix andReplenisher

KODAK EKTACOLOR RA 100 Bleach-FixReplenisher

KODAK EKTACOLOR RA Stabilizer andReplenisher / EP-2, RA-4

KODAK FLEXICOLOR Chemicals

KODAK FLEXICOLOR Developer Starter LORR

KODAK FLEXICOLOR Developer Replenisher

LORR

KODAK FLEXICOLOR Developer ReplenisherLORR, Part A

KODAK FLEXICOLOR Developer ReplenisherLORR, Part B

KODAK FLEXICOLOR Developer ReplenisherLORR, Part C

KODAK FLEXICOLOR Bleach III / C-41, Part A

KODAK FLEXICOLOR Bleach III / C-41, Part B

KODAK FLEXICOLOR Bleach III Starter

The recycling information in this publication applies to

empty Kodak plastic or glass containers used for the

following Kodak photochemical products only and is

not intended for containers that were reused for other

purposes.

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KODAK FLEXICOLOR Bleach III Replenisher,Part A

KODAK FLEXICOLOR Bleach III Replenisher,Part B

KODAK FLEXICOLOR Bleach III Regenerator

KODAK FLEXICOLOR RA Bleach Replenisher NRKODAK FLEXICOLOR Bleach III NR Replenisher

KODAK FLEXICOLOR RA Fixer and Replenisher

KODAK FLEXICOLOR Fixer and Replenisher

KODAK FLEXICOLOR Stabilizer andReplenisher LF

KODAK Chemicals for Process E-6

KODAK First Developer, Process E-6

KODAK First Developer Replenisher, Process E-6and Process E-6AR

KODAK First Developer Starter, Process E-6

KODAK Reversal Bath, Process E-6

KODAK Reversal Bath and Replenisher, ProcessE-6 and Process E-6AR

KODAK Color Developer, Process E-6, Part A

KODAK Color Developer, Process E-6, Part B

KODAK Color Developer Replenisher, Process E-6

KODAK Color Developer Starter, Process E-6

KODAK Bleach, Process E-6

KODAK Bleach Starter, Process E-6

KODAK Fixer, Process E-6

KODAK Fixer and Replenisher, Process E-6 andProcess E-6AR

KODAK Defoamer, Process E-6

KODAK Pre-Bleach, Process E-6

KODAK Pre-Bleach and Replenisher, Process E-6and Process E-6AR

KODAK Final Rinse, Process E-6

KODAK Final Rinse and Replenisher, Process E-6

KODAK EKTACHROME R-3 Chemicals

KODAK EKTACHROME R-3 First DeveloperReplenisher

KODAK EKTACHROME R-3 Color DeveloperReplenisher, Part A

KODAK EKTACHROME R-3 Color DeveloperReplenisher, Part B

KODAK EKTACHROME R-3 Color DeveloperReplenisher, Part C

KODAK EKTACHROME R-3 Bleach-Fix andReplenisher

KODAK EKTACHROME R-3 First Developer andColor Developer Starter

KODAK EKTACHROME R-3000 Chemicals

KODAK EKTACHROME R-3000 First Developer

KODAK EKTACHROME R-3000 Color Developer,

Part AKODAK EKTACHROME R-3000 Color Developer,Part B

KODAK EKTACHROME R-3000 Color Developer,Part C

KODAK EKTACHROME R-3000 Bleach-Fix

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EASTMAN KODAK COMPANY ROCHESTER, NY 14650

Revised 7-08Printed in U.S.A.

Environmental Guidelines for Amateur PhotographersKODAK Publication No. J-300

CAT No. 851 8755

This publication is printed on recycled paper that contains

50 percent recycled fiber and 10 percent post-consumer material.

MORE INFORMATION

For more information about

Kodak Environmental Services,

visit Kodak online at

www.kodak.com/go/kes

For environmental or safety

questions about Kodak products,

services, or publications, call

800-242-2424

For questions about the safe

handling of photographic

chemicals or health-related

information about Kodak

products, call our 24-hour hotline

at

1-585-722-5151

For questions concerning the safe

transportation of Kodak products,

call Kodak Transportation

Services at

1-585-722-2400

If you have questions about Kodak products, call Kodak.

In the U.S.A., call 1-800-242-2424, Ext. 19,

MondayFriday

9 a.m.7 p.m.

(Eastern time)

In Canada, call 1-800-465-6325,

MondayFriday

8 a.m.5 p.m.

(Eastern time)

In countries other than the U.S.

and Canada,

contact your local Kodak

representative, or your

usual supplier of Kodak

products.

The following publications are available fromKodak Customer Service or from dealers who sell

Kodak products.

J-210 Sources of Silver in Photographic

Processing Facilities

J-211 Measuring Silver in Photographic


J-212 The Technology of Silver Recovery for

Photographic Processing Facilities

J-213 Refining Silver Recovered from

Photographic Processing Facilities

J-214 The Regulation of Silver in Photographic

Processing FacilitiesJ-215 Recovering Silver from Photographic


J-216 The Fate and Effects of Silver in the

Environment

J-217 Using Code of Management Practice to

Manage Silver in Photographic Processing

Facilities

Kodak , "e" mark, Ektachrome, Ektacolor, Flexicolor, Photo-Flo,and Prime are trademarks.

Documents

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