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| 1. Increase Citizen Participation in
Reuse and Recycling |
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One of the most effective ways to measure
the success of a recycling program is to look at the number
of citizens participating in the program. Obtaining high
participation rates enables cities to continue and expand
basic recycling collection and processing programs. These
rates can be achieved through the use of innovative programs
that make recycling more convenient and provide incentives
to reduce waste. Studies and research can provide local recycling
programs with information that is useful to the program’s
planning process. This information has the ability to influence
decisions such as how and where to expand recycling programs
and what audiences should be targeted for outreach and education.
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| 2. Expand Multi-Family Housing Recycling
Efforts |
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Almost 40 percent of housing in the North Central Texas
region is considered multi-family, including structures with
three or more units such as apartments, townhouses, and condominiums.
Although a few cities in the region have successfully implemented
multi-family recycling programs, the majority of these multi-family
complexes do not have recycling programs. The region would
benefit from more cities implementing multi-family housing
recycling programs in their waste management programs. These
programs divert waste from landfills, thereby reducing the
need for disposal capacity.
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| 3. Benchmark Residential Waste Reduction Efforts |
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In order to reach our objectives to reduce waste, the
region needs to first establish a baseline benchmark of residential
recycling efforts using a standardized format. It then needs
to continue tracking waste reduction efforts on an annual
basis. Obtaining this data will produce useful information
for planning and decision-making on waste prevention, reduction,
reuse, and recycling. In addition this information will enable
local governments to compare annual recycling rates and track
their own progress.
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| 4. Expand Commercial Recycling Efforts |
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Waste produced from the commercial sector represents the
fastest growing portion of the region’s municipal waste
stream. Commercial generators include a wide spectrum of
activities from neighborhood convenience stores to banks
and office buildings to large industries. Also included in
the commercial waste stream are educational institutions,
government institutions, hospitals, jails, and military installations.
Already composing as much as 35 percent of the region’s
municipal waste stream, commercial waste will only become
more of a concern as its production continues to grow. More
efforts should be directed toward reducing the output of
this significant source of waste.
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| 5. Promote Construction and Demolition (C&D)
Material Reuse and Recycling |
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Construction and demolition waste can occupy as much as
20 percent of the wastes found in landfills. Educating builders
to reduce and reuse materials whenever possible will help
reduce the amount of waste being disposed. Encouraging builders
to deconstruct buildings instead of demolishing them will
create more reusable building materials and will divert more
waste from landfills. When buildings are demolished a good
deal of the waste can be recycled. Diversion and reuse projects
for steel, wood, asphalt, and concrete can be very effective
in reducing the burden on landfills. Throughout the nation,
growing cities have been very successful in connecting builders
with recyclers and creating a profitable partnership for
both businesses. Builders recognize a significant savings
on disposal costs and the recyclers are provided with a guaranteed
stream of quality supply. Establishing these partnerships
can also facilitate the handling of demolition waste resulting
from natural disasters and other emergencies.
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| 6. Benchmark Commercial Recycling Efforts |
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In order to reach our objectives to reduce waste, this
region needs to first establish a baseline benchmark of commercial
recycling efforts (this includes: multifamily, drop-off locations,
private haulers, construction and demolition recyclers, and
processors) in the region using a standardized format. It
then needs to continue tracking waste reduction efforts on
an annual basis. Obtaining this data will produce useful
information for planning and decision-making on waste prevention,
reduction, reuse and recycling. In addition this information
will provide accurate, up-to-date numbers for recycling market
development.
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| 7. Use Education Programs to
Change Attitudes About Source Reduction, Reuse and Recycling |
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Outreach and education programs enable the public to better
understand and participate in waste prevention, reduction,
reuse, and recycling programs. Education can motivate constituents
to realize the potential economic opportunities and environmental
benefits of waste prevention, reduction, reuse, and recycling.
Part of this education should encourage local businesses
to prominently display recycled products and educate consumers
to buy recycled products. To improve effectiveness of our
outreach and educational efforts, publications and programs
need to be evaluated and revised regularly. In a growing
region, audiences tend to change over time and these education
tools will need to be updated to reach new target audiences.
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| 8. Promote Innovative Technologies to
Reduce Waste |
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New and innovative technologies are critical to support
our objectives to reduce waste. Innovative technologies can
provide opportunities to increase waste prevention, reduction,
reuse, and recycling, thereby reducing the need for disposal
capacity. New technologies can also improve the effectiveness
of collection, processing, recycling, and remanufacturing.
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| 9. Expand Collection and
Management of Special Wastes |
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Certain products that are routinely thrown away contain toxic
materials and should be diverted from the municipal waste stream.
Collection programs for these products commonly known as Household
Hazardous Waste (HHW) have been established throughout parts
of the region. HHW programs need to be made available to all
cities in the region. In addition, the region should develop
waste management options for materials such as tires, sludge,
and other special wastes. |