Don't "Waste" Your Chance
Preventing Waste
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Climate Change How-To Guide
Climate Change and the Link Between
Climate and Waste
Greenhouse Gases and the Greenhouse Effect
Understanding the atmospheric phenomenon known as
the greenhouse effect is critical to understanding global
climate change. The Earth's atmosphere includes various
gases—water vapor, carbon dioxide (CO2), methane
(CH4), and nitrous oxide (N2O)—that collectively act as a
greenhouse by preventing too much heat from escaping
from the Earth's atmosphere and are therefore classified as
greenhouse gases (GHGs). Other powerful GHGs that
result from industrial processes and are not naturally
occurring include hydrofluorocarbons (HFCs), perfluoro-
carbons (PFCs), and sulfur hexafluoride (SF6).
GHGs are essential for regulating our climate because
they absorb and hold heat from the sun in the atmosphere
around the Earth. The climate control process begins with
a wave of solar radiation passing through the atmosphere.
Most of this radiation is absorbed by the Earth's surface,
but some of the energy is reflected off the Earth's surface
back into space as infrared radiation, which has a longer
wavelength than solar radiation. Infrared waves can be
trapped by GHGs, helping to keep the planet at a temper-
ature suitable for life. Each GHG differs in its ability to
absorb this heat. HFCs and PFCs are the most heat-
absorbent. CH4 traps approximately 23 times more heat
per molecule than CO2, and N2O absorbs 270 times more
heat per molecule than CO2.
Without the atmospheric insulating effect provided by
GHGs, the average temperature on Earth would be minus
2 degrees Fahrenheit, compared to the current average
temperature of 60 degrees Fahrenheit. The average tem-
perature, however, has increased by 1 degree Fahrenheit
during the last century as a result of the recent increase in
GHG concentrations in our atmosphere.
Solar radiation
passes through the
clear atmosphere.
The Greenhouse Effect
Some solar radiation
is reflected by the
Earth and the
atmosphere.
Some of the infrared radiation passes through the atmosphere,
and some is absorbed and re-emitted in all directions
by greenhouse gas molecules.
The effect of this is to warm the Earth's surface and the
lower atmosphere.
Most radiation is absorbed
by the Earth's surface and
warms it.
Infrared radiation is emitted
from the Earth's surface.
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How To Reduce Your Climate Footprint
What could happen as a resu
of climate change?
• Intense, more frequent storms
• Flooding of coastal areas including beaches and
bay marshes
• Increased precipitation in some areas, decreased
precipitation in other areas
• Increased distribution of infectious diseases
Climate Change—The Basics
At one time, all climate changes occurred naturally.
During the Industrial Revolution, however, humans began
altering the climate and environment through changing
agricultural and industrial practices. These activities have
changed the composition of the Earth's atmosphere by
increasing the levels of GHGs, primarily CO2, CH4, and
N2O. CO2 is released to the atmosphere by the burning of
fossil fuels, wood and wood products, and solid waste. CH4
is emitted from the anaerobic decomposition of organic
wastes in landfills; the raising of livestock; and the produc-
tion and transport of coal, natural gas, and oil. N2O is
emitted during agricultural and industrial activities as well
as during combustion of solid waste and fossil fuels.
The increased levels of GHGs
in the Earth's atmosphere have
the potential to cause global
climate change. According to
the National Academy of
Sciences (NAS), the federal
government's scientific adviso-
ry society, GHGs are accumu-
lating in the Earth's atmos-
phere as a result of human
activities, likely contributing
to an increase in the global mean surface air temperature
and subsurface ocean temperature. These temperature
increases are problematic because human health, agricul-
ture, water resources, forests, wildlife, and coastal areas are
vulnerable to the changes that global warming may bring.
Alterations to the regional climate could affect forests,
crop yields, and water supplies as well as impact human
health, animals, and various types of ecosystems.
Currently, scientists are unable to determine which parts
of the United States will become wetter or drier, but
there is likely to be an overall trend toward increased pre-
cipitation and evaporation, more intense rainstorms, and
drier soils.
The U.S. Environmental Protection Agency's (EPA's)
WasteWise Program recognizes the importance of address-
ing global climate change and that waste prevention and
recycling can play a significant role in reducing greenhouse
gas emissions. Through Waste Wise's Climate Campaign,
EPA is helping companies reduce their climate footprints.
Waste Generation & Climate Change
Every stage of a product's life
cycle impacts climate change. In
addition, each stage requires the
use of natural resources and the
consumption of energy—human
activities that result in the release
of GHGs and impact the Earth's
atmospheric balance.
Energy Consumption—Manufacturing and using
products requires energy. An increase in energy
demand leads to the extraction, processing, delivery,
and combustion of more fossil fuels and, therefore,
the release of more GHGs into the atmosphere.
Raw Material Use—Harvesting, extracting, and
transporting raw materials releases GHGs. In addi-
tion, harvesting trees and other biomass decreases car-
bon storage, because plants absorb CO2 from the
atmosphere and store the carbon in their biomass.
Waste Disposal/Incineration—Disposing of organic
materials, such as food, paper, and yard trimmings,
increases CH4 levels during anaerobic waste decompo-
sition (i.e., decomposition that occurs in landfills).
Additionally, the collection, transportation, and pro-
cessing of wastes releases GHG emissions.
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Climate Change How-To Guide
Life Cycle Assessment
Cradle-to-Grave GHG Emissions
The term "life cycle" comprises all activities included in
the product's lifetime—from manufacturing (including
raw material extraction and processing), to use, mainte-
nance, to disposal—also known as "cradle to grave."
Companies can analyze a product's life cycle to determine
where they can make changes (e.g., preventing waste,
reducing quantities of materials used, reusing products,
History of LCAs
1969-1970—The initial life cycle methodology was car-
ried out for The Coca-Cola Company on alternative mate-
rials for soft drink containers. It was the first life cycle
study done worldwide. Early practitioners referred to the
technique as Resource and Environmental Profile Analysis
(REPA).
1970s—About 15 REPAs were carried out for various
companies. These early studies were comprehensive
but focused on solid waste generation and energy
consumption.
Late 1970s-Ear1y 1980s—REPAs in this time period
focused mainly on energy consumption.
1990—A worldwide conference in Vermont supported by
EPA established the concept of Life Cycle Assessment
(LCA) in its broader context. The term Life Cycle Inventory
(LCI) replaced REPA.
1990s-Present—LCA activity continues to increase.
Focus shifted from competitive studies (e.g., paper versus
plastic, reusable versus disposable) to environmental
evaluation and improvement analysis. Emphasis now is
on energy and GHGs. Both industry and government rec-
ognize LCA as a strong environmental analysis technique
to reduce environmental burdens.
recycling, or using recycled-content materials in a prod-
uct) to reduce climate impacts. Life cycle assessments
(LCAs) evaluate environmental aspects and impacts associ-
ated with products, processes, or services.
The following are components of an LCA:
• Goal Setting/Scoping—Define/describe the product
system(s) to be analyzed. Identify the boundaries and
environmental inputs and outputs to be reviewed.
• Inventory Analysis—Quantify energy and raw materi-
al requirements, air emissions, waterborne effluents,
solid waste, and other environmental inputs and out-
puts step-by-step throughout the life cycle.
• Impact Assessment—Analyze the potential impacts on
human and environmental health associated with the
inputs and outputs identified during the inventory
analysis.
• Interpretation/Improvement Analysis—Interpret the
results of the analysis and assessment to identify
opportunities for reducing environmental burdens and
impacts. Improvement analysis can be conducted
based on the results of the Inventory Analysis or the
Impact Assessment.
Based on the gathered information, LCAs can uncover
opportunities for manufacturers to:
• Produce goods using lesser quantities or fewer types of
materials
• Decrease the energy use associated with extracting,
transporting, and processing raw materials and trans-
porting end products
• Update product designs
• Replace or redesign products
• Alter transportation methods
• Improve product use
• Enhance disposal methods
In addition, GHG reduction activities can have a benefi-
cial effect on a company's bottom line, such as reductions
in purchased energy or materials.
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How To Reduce Your Climate Footprint
Life Cycle Resources
EPA's Life Cycle Assessment Web Site—This site promotes
the use of LCA to make informed decisions based on the
human health and environmental impacts of products,
processes, and activities.
EPA's Design for the Environment Program's LCA Web
Site—This site discusses the use of LCAs to examine the
environmental impacts of products over their entire life
cycle, from materials acquisition to manufacturing, use,
and disposition.
Life Cycle Inventory Database Project—The National
Renewable Energy Laboratory and the Athena Sustainable
Materials Institute are developing a U.S. LCI database to
track the environmental burdens for commonly used mate-
rials, products, and processes. This database provides life
cycle inventory data to support public, private, and non-
profit sector efforts to develop product life cycle assess-
ments, support systems, and tools.
The American Center for Life Cycle Assessment Web
Site—This organization was formed in 2001 to build
capacity and knowledge of LCA.
< http://lcacenter.org>
The following is a sample product life cycle displaying
where GHGs are emitted.
Scenario: Throwing away 100 tons of office paper
Trees are harvested. Logs are transported to Paper is
a paper manufacturer. manufactured.
Waste Management Impact: 62 MTCE
Workers use and Trash is collected and Paper is buried
dispose of paper, transported to a landfill. in the landfill.
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Climate Change How-To Guide
Life Cycle Stages Provide Numerous
Opportunities to Reduce GHG Emissions
Because GHGs are released during each stage of a prod-
uct's life cycle, there are numerous opportunities for a
company to decrease a product's contribution to climate
change. Companies can reduce emissions associated with
resource extraction, manufacturing, distribution, product
use, combustion, or landfilling.
The Link Between Waste Management and Greenhouse Gases
Greenhouse gases
are emitted during
the harvesting of trees,
and the extraction
and transport of
raw materials.
Manufacturing
products releases
greenhouse gases
during processing and
as energy is expended
during product use.
Burning some kinds
of waste in an
incinerator increases
greenhouse
gas emissions.
Greenhouse gases
are emitted as waste
decomposes in landfills
Waste prevention and
recycling delay the need
to extract some raw
materials, reducing
greenhouse gases
emitted during extraction
Waste prevention means
more efficient resource
use, and making
products from recycled
materials requires less
energy. Both lower
greenhouse gases
emitted during
manufacturing.
Waste prevention and
recycling reduce the
amount of waste sent
to incinerators, lowering
the greenhouse gases
emitted during
combustion.
Waste prevention and
recycling reduce the
amount of waste sent
to landfills, lowering the
greenhouse gases
emitted during
decomposition.
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How To Reduce Your Climate Footprint
Mitigating Climate Change
There are numerous opportunities for companies to miti-
gate their impact on climate change, regardless of whether
they conduct a life cycle assessment. Waste Wise was devel-
oped to promote reuse, donation, and recycling in addi-
tion to the manufacture and purchase of products contain-
ing recycled materials. To complement these efforts and
further reduce GHG emissions, companies can implement
various measures.
The Basics
There are countless basic
waste reduction activities
that companies can imple-
ment to reduce their climate
impacts. A comprehensive
list can be found online in
Waste Wise document,
Selected Goals ofWasteWise
Partners (available to
Waste Wise partners only) at . These docu-
ments can help companies manage endeavors that decrease
demands on raw materials, decrease energy consumption,
increase energy efficiency, and even save money.
But there are even more benefits of implementing such
activities—companies should realize that such undertak-
ings also decrease GHG emissions. By decreasing produc-
tion waste or using materials with recycled content, com-
panies can decrease their demand on raw materials—there-
fore, decreasing GHG emissions from curtailing the need
for harvesting, transporting, and manufacturing raw mate-
rials. Companies can also decrease energy consumption
and improve energy efficiency by making processes more
efficient and regularly maintaining equipment—therefore,
decreasing GHG emissions by lessening the demand on
the exploring, extracting, gathering, processing, distribut-
ing, and transmitting natural resources required to pro-
duce energy.
Below is a listing of a few activities and Internet links for
further information.
• Implement waste reduction practices: reuse/donate,
compost, recycle, use recycled-content products
EPAs Waste Wise program,
• Reduce raw material usage
WasteWise Tip Sheet: Buying or Manufacturing Recycled
Products,
• Improve/optimize manufacturing processes
The Pew Center on Global Climate Change,
• Improve material specification standards
EPAs Comprehensive Procurement Guidelines Web site,
• Sell byproducts and scraps for reuse
The Buy Recycled Business Alliance,
• Increase energy efficiency
EPAs ENERGY STAR® program,
< www. energys tar. gov>
• Improve operation and maintenance programs
The Practical Steps: Products and Processes section of
the Global Environmental Management Initiative
Business and Climate Change Web site,
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Climate Change How-To Guide
One Step Further
Companies can also think
outside the box and imple-
ment activities that go beyond
the basic waste prevention
and recycling efforts. By fos-
tering innovative corporate
policy initiatives and collabo-
rating with staff and vendors
to discover new opportunities
to reduce their GHG emis-
sions, companies can decrease
their climate footprints even more. One way to determine
where to focus efforts is by conducting a life cycle assess-
ment of a product or process.
The following is a listing of just a few of the possible activi-
ties, along with Internet links for further information.
• Implement environmental design
EPA's Design for the Environment Program,
• Change product lines based on environmental
impacts
EPA's Life Cycle Assessment Web site,
• Decrease transportation of materials or products
EPA's SmartWay Transport Partnership,
Pay-As-You-Throw
Nearly 6,000 communities in the United States practice a
waste collection method that helps them decrease their
GHG emissions. Instead of assessing a tax-based or flat
waste fee, pay-as-you-throw (PAYT) communities charge
residents based on the amount of garbage they actually
generate. Community members have an incentive to
reduce waste generation, reuse materials, and recycle.
Further information on PAYT is available on EPA's Web
site at .
Use energy substitutes or waste-to-energy processes
EPA's Green Power Partnership,
Remanufacture/refurbish products
WasteWise Update: Remanufactured Products,
Additional Options
Companies can also work with their communities, gov-
ernments, and various organizations to decrease their
impacts on global climate change. Here are some options
for companies:
• Work with government and vendors to encourage
innovative, environmentally preferable standards
By forming partnerships, companies can show support
for products and processes that have a reduced contri-
bution to climate change. EPA's Green Suppliers
Network,
• Implement a zero waste or climate-neutral
corporate policy
By establishing policies that decrease impacts on cli-
mate change, companies set clear goals to strive for
when reducing waste and decreasing GHG emissions.
GrassRoots Recycling Network's zero waste initiative,
or Climate Neutral,
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How To Reduce Your Climate Footprint
Purchase/preserve forest areas
By planting trees, companies can increase the Earth's
carbon storage by sequestering carbon in trees and
soil, which is considered to offset carbon dioxide
releases from other sources. Rainforest Action
Network's Protect-an-Acre initiative,
< www. ran. org/give/paa/index. html>
Participate in emissions trading (internal, pilot, or
international programs)
By trading emissions allowances, companies can help
decrease overall GHG emissions and increase the
demand for emissions control technology develop-
ment. Chicago Climate Exchange,
< www. chicagoclimateexchange. com>
Sponsor research programs (e.g., studies on
life cycle analyses)
By sponsoring research, companies can demonstrate
commitment to finding new alternatives to products
and processes. Contact universities, trade organizations,
or national organizations for further information.
• Encourage pay-as-you-throw (PAYT)
municipal waste management programs
By encouraging an economic incentive, such as a user
fee for every bag or cart of garbage discarded, munici-
palities and waste management companies can provide
motivation for consumers to prevent waste and recy-
cle. EPA's PAYT Web site, .
Not only can waste reduction decrease demand on raw
materials and the impact on climate change, but it can
also bring financial savings—all of which can go a long
way toward garnering management support for a compa-
ny's efforts. Financial benefits of waste reduction can
result from avoided waste removal costs, avoided purchas-
ing costs, and increased operational efficiencies. Further
information is available online:
• WasteWise Update: The Measure of Success—
Calculating Waste Reduction
• WasteWise Tip Sheet: Estimating Waste
Removal Costs
(available only to WasteWise partners)
• WasteWise Tip Sheet: Converting Waste Reduction
Results Into Cost Savings
(available only to WasteWise partners)
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Climate Change How-To Guide
Discussing Climate Change
Language and Terms To Use
There are numerous ways to share information on climate
change mitigation efforts with customers, vendors, share-
holders, management, and other stakeholders. It is important
for companies to explain the link between climate and waste
to promote their own GHG emissions reduction efforts.
Many WasteWise partners are now beginning to share emis-
sions reduction accomplishments with interested parties.
These efforts are typically measured in terms of metric tons
of carbon equivalent (MTCE), which weights each GHG by
its global warming potential (GWP). (Further information
on GHGs and GWPs is available in EPA's Greenhouse Gases
and Global Warming Potential Values—Excerpt from the
Inventory of U.S. Greenhouse Gas Emissions and Sinks: 1990-
2000, at .)
To facilitate further understanding among the general pub-
lic, EPA has developed real-life equivalents that describe
GHG emissions reductions. WasteWise typically refers to
GHG emissions reductions in terms of real-life equivalents,
such as the number of cars removed from the road for one
year, the number of acres of trees storing an equivalent
amount of carbon, or the number of households generating
equivalent emissions from power consumption.
Here are the equivalents with a few real-life examples.
A 1 MTCE
reduction is equal
to the emissions
reductions from..,
Cars
Not driving 0.79
passenger cars
for one year
Trees
Growing 94 tree
seedlings for
10 years
Not using 8.53
barrels of oil
Electricity
Reducing power
consumption by
0.47 households
Many companies are also calculating their emission reductions in terms of metric tons of CO2 equivalents (MTCO2E),
because this unit seems easier to understand. Real life equivalents can also easily be used with MTCO2E.
1 MTC02E
reduction is equal
to the emissions
reductions from..,
Cars
Not driving 0.22
passenger cars
for one year
Trees
Electricity
Growing 26 tree
seedlings for
10 years
Not using 2.33
barrels of oil
Reducing power
consumption by
0.13 households
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How To Reduce Your Climate Footprint
How To Get the Message Out
From employee newsletters to public service announce-
ments in local papers, companies around the country are
educating others on GHG emission reduction successes.
The following sample press release, newsletter, and bill
insert can be customized to help companies communicate
their climate messages.
Press Release
For Immediate Release
[COMPANY X] Commits to Reducing Greenhouse
Gas Emissions through Waste Reduction
[COMPANY X] has joined efforts with the U.S. Environmental
Protection Agency to reduce greenhouse gas (GHG) emissions through
expanded waste prevention and recycling. [COMPANYX] has partnered
with the WasteWise program and its Climate Campaign, demonstrating
that we are a leader in mitigating climate change. We are proud of our
partnership and are working with WasteWise to find additional ways to
reduce GHG emissions throughout our company.
[INSERT DESCRIPTION OF THE COMPANY'S GHG EMISSIONS REDUC-
TION ACTIVITIES. EXPRESS RESULTS IN TERMS OF TONS (MTCE) OF
GHGS REDUCED AS WELL AS IN REAL-LIFE EQUIVALENTS SUCH AS
CARS REMOVED FROM THE ROAD. ALSO INSERT A QUOTE FROM THE
CEO OR PRESIDENT ABOUT THE COMPANYS EFFORTS].
Climate change and waste management are intimately linked. GHGs,
which trap the sun's energy in the atmosphere, are produced through-
out a product's life cycle. For example, when raw materials for new
products are extracted and fuels are used for process or transportation
energy, GHGs are emitted. When an item is disposed in a landfill or
incinerated, this energy investment is wasted. But when a product is
reused or recycled GHG emissions can be reduced as raw materials
are conserved. Reuse and recycling also reduces GHG emissions from
incinerators and landfills.
Further information on our efforts to mitigate climate change is avail-
able on our Web site, . Further information on
the WasteWise Climate Campaign is available at
.
Company Newsletter or Web Site
[COMPANY X]
[COMPANYX] is committed to decreasing its impact on the planet.
Among our environmental protection activities, we have participated in
the U.S. Environmental Protection Agency's WasteWise program for [X]
years. We took this partnership to the next level by working with
WasteWise's Climate Campaign to further decrease our greenhouse gas
(GHG) emissions. As part of this effort, we educate our employees and
the public about the important link between waste and climate change.
[INSERT DESCRIPTION OF THE COMPANYS GHG EMISSION REDUCTION
ACTIVITIES. EXPRESS RESULTS IN TERMS OF TONS (MTCE) OF GHGS
REDUCED AS WELL AS IN REAL-LIFE EQUIVALENTS SUCH AS CARS
REMOVED FROM THE ROAD. ALSO INSERT A QUOTE FROM THE CEO
OR PRESIDENT ABOUT THE COMPANYS EFFORTS].
For further information on our efforts, please contact [INSERT NAME OF
COMPANY CONTACT].
Bill Insert
[COMPANY X]
[COMPANYX] is a proud member of the U.S. Environmental Protection
Agency's WasteWise program and its Climate Campaign. Throughout
the last [X] years, with support from our employees and customers, we
have decreased our greenhouse gas emissions by [X] million metric
tons of carbon equivalent—equal to removing [X] cars from the road
for one year.
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Climate Change How-To Guide
Climate Change Factoids
The following quotes are from a recent article titled
"Global Warming," which was written by John Carey
and Sarah Shapiro and appeared in the August 16, 2004
edition of BusinessWeek.
"Some changes in the climate system, plausible beyond
the 21st century, would be effectively irreversible."
"There is new and stronger evidence that most of the
warming observed over the last 50 years is attributable
to human activities."
"Overall, climate change is projected to increase threats to
human health, particularly in lower income populations,
predominantly within tropical/subtropical countries."
"Human activities have increased the atmospheric
concentrations of greenhouse gases and aerosols since
the pre-industrial era."
"Projections using the SRES [Special Report on Emissions
Scenarios] emissions scenarios in a range of climate
models result in an increase in globally averaged surface
temperature of 1.4° to 5.8°C over the period 1990 to
2100. This is about two to 10 times larger than the
central value of observed warming over the 20th century,
and the projected rate of warming is very likely to be
without precedent during at least the last 10,000 years,
based on paleoclimate data."
"It's increasingly clear that even the modest warming
today is having large effects on ecosystems. The most
compelling impact is the 10% decreasing yield of corn
in the Midwest per degree [of warming]."
—Christopher B. Field, Carnegie Institution ecologist
"The facts are there. We have to educate our fellow
citizens about climate change and the danger it poses
to the world."
—Senator John McCain (R-AZ)
"Delaying action for a decade, or even just years, is not
a serious option."
—Sir David King,
chief science adviser to Prime Minister Tony Blair
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How To Reduce Your Climate Footprint
Climate-Waste Tools
To help Waste Wise partners calculate GHG emissions
reductions from their waste reduction efforts, Waste Wise
developed numerous resources. These state-of-the-art tools
allow companies to easily share GHG emissions reduction
successes with employees, stakeholders, the general public,
and other interested parties.
WARM
EPA's WAste Reduction Model (also known as WARM) is
a tool that calculates and totals GHG emissions related to
emissions in MTCE, MTCO2E, and energy units (million
BTU) for a wide range of material types commonly found
in municipal solid waste.
EPA regularly updates WARM to reflect revised energy
and fuel mix inputs associated with waste reduction
efforts. EPA is also working to analyze additional materials
and add them to the model.
WARM is available online and as a downloadable
Microsoft Excel spreadsheet at.
WasteWise's Climate Profile
The Climate Profile is a new tool that Waste Wise
provides its partners to describe GHG emissions reduc-
tions resulting from their individual waste prevention and
recycling activities. It analyzes waste reduction data, dis-
plays trends, and reports emissions reductions in real-life
equivalents. The Climate Profile consists of a summary of
GHG emissions reductions, a three-year trend for waste
prevention and recycling activities, a breakdown of GHG
EPA's WARM Spreadsheet
solid waste management practices (i.e., source reduction,
recycling, combustion, composting, and landfilling).
WARM can help companies track and voluntarily report
GHG emissions reductions. The model calculates GHG
i'- 2003 Climate Profile
| Company X
Making a Difference
I
=£='
The WasteWise Climate Campaign's
Climate Profile
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Climate Change How-To Guide
emissions reductions by major commodities, and GHG
equivalent factors (i.e., the number of cars removed from
the road for one year, the number of acres of trees storing
an equal amount of carbon, and the number of house-
holds emitting an equal amount of GHGs through
power consumption).
The Climate Profile is a benefit that all reporting
Waste Wise partners receive on an annual basis.
Climate Change Toolkit
The latest information on the climate-waste connection is
WasteWise Online Toolkit
Quantifying waste prevention results is one of the most
located in WasteWise's Climate Change Toolkit—available challenging aspects of any waste reduction program. To
help WasteWise partners assess their achievements EPA
developed the Online Toolkit. In addition to helping com-
panies set up a waste reduction program, the toolkit pro-
vides resources to help partners locate data sources, calcu-
late waste reduction results, and determine the environ-
mental and economic benefits of their waste reduction
programs.
The Online Toolkit is available to WasteWise partners in
the Member Services section of the WasteWise Web site at
.
WasteWise Campaign's
Climate Profile
exclusively to WasteWise partners. The Climate Change
Toolkit contains the WasteWise program's best climate
tools, including: the "Why Waste A Cool Planet" video
the WasteWise Update: Global Warming Is a Waste, an issue
of the WasteWise Bulletin on climate, numerous climate
case studies, the Climate Change and Waste resources
folder, a sample press release, and two magazine articles.
The Climate Change Toolkit is available to WasteWise
partners. To order the toolkit, please contact the
msceWise Helpline „ (800) EPA-WISE „, Fof WasteWfee partnere „„,,_
.
5 www.ergweb.com/waste/private/toolkit.htm
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How To Reduce Your Climate Footprint
How To Get Involved
<» ,, In recent years,
*£-^ WasteWise has
become a leader in
highlighting compa-
nies that tangibly and
cost-effectively reduce GHG emissions—helping
companies gain recognition for ongoing environ-
mental successes. WasteWise encourages com-
panies of all types to support the WasteWise
Climate Campaign and take advantage of
WasteWise's new Climate Change award and
other acknowledgment opportunities.
For more information on WasteWise's
Climate Campaign, visit
.
Do you want to get involved with the WasteWise
Climate Campaign? Do you want to share your
climate change success stories with EPA?
If you would like more information about
the Climate Campaign and recognition
opportunities, contact Jan Canterbury at
< canterbury.janice@epa.gov>
or (703) 308-7264.
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United States
Environmental Protection Agency
1200 Pennsylvania Avenue, NW.
(MC-7409)
Washington, DC 20460
Official Business
Penalty for Private Use $300
EPA-530-K-04-009
June 2005
www.epa.gd
Recycled/Recyclable—Printed with vegetable oil based inks on 100% postconsumer, process chlorine free recycled paper.
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