Our Commitment to
THE ENVIRONMENT
Established in 1993, the Forest Stewardship Council
(FSC) is an international not-for-profit organization that
seeks to promote environmentally appropriate, socially
beneficial, and economically viable management of the
world’s forests. FSC developed the first independent
labeling system for forest products. It is now active
in 66 countries on five continents.
To be certified, sites must adhere to 10 Principles of
Forest Stewardship* that define good forest management.
These techniques ensure water, soil, and wildlife
are protected during the production processes. They are
global standards and can apply to any forest anywhere
in the world.
To be certified, an FSC-accredited organization inspects
and audits forest operations. Products that come from
FSC-certified forests and that are covered by a Chainof-
Custody certificate may be labeled with the trademark
FSC logo.
The CoC process is defined by the FSC as “the path
taken by raw materials harvested from an FSC-certified
source through processing, manufacturing, distribution,
and printing until it is a final product ready for sale to
the end consumer.”
CoC certification allows companies that manufacture
and market forest products to label them with the FSC
brand consistent with FSC policies. This allows consumers
to identify products that provide an assurance
of social and environmental responsibility on the part of
the producer. The FSC system requires that material be
tracked from the certified source through the CoC. Each
client is recertified annually through an onsite audit.
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RR Donnelley pursued and obtained FSC CoC certifications
at all of our U.S., Canada, and China printing
sites as well as our Reynosa, Mexico, facility.
RR Donnelley has more U.S. FSC certified facilities
than any other printer.
*10 Principles of
Forest Stewardship
- Compliance with laws and FSC
principles
- Tenure and use rights and responsibilities
- Indigenous peoples’ rights
- Community relations and workers’ rights
- Benefits from the forest
- Environmental impact
- Management impact
- Monitoring and assessment
- Maintenance of high conservation value forests
- Plantations
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Since 1987, RR Donnelley has reduced its toxic
releases by more than 80 percent. We are achieving
reductions ahead of the dates proposed by the U.S.
Environmental Protection Agency and reducing
amounts by more than EPA’s targets. The Toxins
Release Inventory (TRI) is a publicly available EPA
database that contains information, reported annually,
about toxic chemical releases and other waste
management activities.
RR Donnelley has been undertaking energy-specific
initiatives for several years. A variety of technologies
are implemented to reduce overall energy demand.
Currently, we are pursuing eight different technologies
across almost 50 of our plants. Existing and identified
opportunities will save an estimated amount of energy
equal to 1.36 trillion BTUs or 11 million gallons of
gasoline. This equates to the energy consumed by
about 12,300 average households per year. Electrical
reductions from these projects will produce 53,300
fewer metric tons of carbon dioxide, which equates to
the annual emissions from more than 10,000 averagesized
cars.
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Oxidizers are devices used to control emissions from
printing processes. RR Donnelley has invested in the
latest technology that uses significantly less natural gas
while achieving better overall performance. Worldwide,
52 such oxidizers are installed in RR Donnelley facilities
and another 11 units are planned for installation.
Existing oxidizers save the equivalent of 6.7 million
gallons of gasoline every year over alternative designs.
This equates to the amount of gas used annually by
nearly 12,000 cars.
Lighting technology has progressed in recent years.
RR Donnelley has completed lighting system retrofits
in 27 of its domestic and international plants. These
improvements save more than 65 million kilowatt
(kWh) hours per year, which is the equivalent to the
total energy consumed by more than 2,200 households
in a year.
Additionally, this will result in producing almost
39,700 fewer metric tons of carbon dioxide, a greenhouse
gas. This equates to the annual emissions from
about 7,600 average-sized cars. |

Our locations use a variety of methods to prevent pollution,
some unique to their operations, with others being
standard across our print production platforms.
Examples of these methods include:
- Product Substitution – Alcohol replacements in the
fountain solution; recycled papers. Although our
customers ultimately choose the grades of paper
on which we produce their work, we work cooperatively
with them to consider recycled paper
grades.
- Air Emission Reductions – Low volatile organic
compound (VOC) inks; low VOC solvents to minimize
the contributions to air pollution; digital
printing for short-run products; equipment preventive
maintenance to ensure cleaner and more efficient
operation; professional corporate staff to
support sites in the selection and operation of air
pollution control devices.
- Energy Reductions – Energy efficient ballasts and
light bulbs; and Energy STAR compliant computer
equipment.
- Water Conservation – Computer-to-plate which
eliminates the wastewater discharges associated
with film processing; digital printing for short run
work; and water management practices to reduce
fountain solution discharges.
Many locations have waste and material minimization
programs in place. RR Donnelley works with our customers
to ensure that packaging and other materials
meet their environmental specifications (e.g. minimum
amount of post-consumer fiber used in the paper).
Examples of the types of packaging minimization
initiatives that we use today include:
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- Returning wood pallets to the vendor for reuse
- Reusing the bubble wrap received as wrapping
around our thermal papers
- Using the end of roll paper as packing material
- Reusing paper cardboard wrappers and roll
headers as packing material between layers
- Reusing Polystyrene wrap to affix printed rolls on
pallets
As with our pollution control efforts, our locations use
a variety of methods to reduce the amount and type of
solid waste that they generate. Examples include:
- Recycling of materials when feasible, including:
paper, cardboard, plastic wrap, aluminum printing
plates, CDs (shredded), end rolls (also used as
packing material), bare cores (cardboard), carbon
interleave, bound and stapled waste, negatives,
plastic wrap, add roll trim, paper tear off, and
office paper
- Reclaiming silver from the spent photo fixer,
where used
- Use of cloth shop towels that are laundered
and reused
- Returning forklift batteries to battery vendor
for recycling
- Sending used oil to a third party for recycling
- Processing contaminated ink to new ink
specifications or re-mixing it into the black
(key) inks
- Repairing and reusing broken/damaged pallets
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