plastics, packaging and waste · plastics, packaging and waste the three r's - reduce, reuse...
TRANSCRIPT
Venue, Date
Plastics, packaging and waste
Knowledge Share webinar with
General Motors on
Landfill-free: making waste productive
March 27, 2012
Plastics, packaging and waste
• Most companies have to deal with plastics, packaging and waste at various stages of their value chains.
• Can waste be turned into profit, for the benefit of the environment and the company?
• General Motors will share its process to achieve landfill-free sites by explaining how creative recycling and reuse projects are helping bring value to the company.
March 27, 2012
Plastics, packaging and waste
The three R's - reduce, reuse and recycle - all help to cut down on the amount of waste thrown away. They conserve natural resources, landfill space and energy.
• REDUCE, to limit the amount of waste created in the first place.
• REUSE, using something again that you would normally throw away.
• RECYCLE, where product goes through a mechanical process to change its form.
• RECOVER, to convert waste into resources (such as electricity, heat, compost and fuel).
March 27, 2012
GRI Guidelines
Environmental dimension of sustainability:
• an organization’s impacts on living and non-living natural systems, including ecosystems, land, air, and water.
Environmental Indicators cover performance related to:
• inputs (e.g., material, energy, water);
• outputs (e.g., emissions, effluents, waste);
• biodiversity;
• environmental compliance;
• environmental expenditure; and
• the impacts of products and services.
March 27, 2012
Reporters
Reports:
GRI’s Sustainability Disclosure Database includes a “BENCHMARK” tool where information on which reporters have addressed which environmental and social indicators can be found. This database includes all GRI checked reports since 1 January 2011.
Practical Projects:
An example from General Motors on making waste productive.
March 27, 2012
The Road to Zero John Bradburn,
GM manager of waste-reduction efforts
•Goal: Reduce impact our facilities and vehicles have
on environment •Waste reduction is one way; strive to lead
•Our worldwide facilities combined recycle more than 90% of the waste they generate
•Data is the backbone
•Shows materials generated, reused and recycled; reveals improvement
•Enables lessons-learned to be shared where recycling infrastructure isn’t developed
•Refine data into specific plant goals and metrics
•Tie goals into plant managers’ performance evaluations to ensure accountability
Env ironment & Energy Sustainability
•Use onsite supplier to manage all plant waste. •Container preparation & labeling
•Investigate recycling opportunities •Source separation & reduction studies
•Waste disposal scheduling •Environmental studies •Environmental reporting/training
•Cost reduction program
Env ironment & Energy Sustainability
•Approach waste from sustainable financial
perspective; generates leadership interest •Since 2007, GM has generated $2.5B in revenue through
recycling activities
Env ironment & Energy Sustainability
•Achieving waste goals becomes sense of pride for
employees •Reflects in quality and throughput
•Become creative and lean by analyzing waste streams and optimizing for efficiency •View recycling from a systems perspective to:
• protect the environment •eliminate cost
•increase efficiency •create revenue
• Through bankruptcy, waste-
reduction more important than ever
Env ironment & Energy Sustainability
Goal: Manage byproducts within one system, achieve
zero-landfill, recover all resources to their highest value
Strategy: Leverage purchasing, leadership support (e.g., NA VP of Manufacturing)
Challenge: Groups overlapped; material values not maximized
Solution: Onsite resource managers with compliance,
waste minimization focus
Results: In 2007, all U.S. and Canada assembly operations implemented cross-functional, multi-facility
program. Achieved $15M in value.
Env ironment & Energy Sustainability
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Tons
Cost of Program Total Waste
*Cost of Program = Total program spend less revenue back to GM from reconciliation & by-products programs
•Ensure employees have stake in initiative; comes
down to people and process •Create rewards for new waste-reduction ideas
•Encourage employees to develop job functions with environment in mind
•Design engineers select parts with least waste,
while thinking about how efficiently plant operator can assemble it on vehicle
•For example: A die-cut part coming to plant with only the part and not scrap saves time, enables more recycling at supplier level
Env ironment & Energy Sustainability
•Combine data with employee
engagement to create best practices; drive them throughout the organization
•Spread throughout supply chain for more benefits
•Collaborate with suppliers to turn ideas
into reality •Rethink product design to avoid scrap
•Suppliers realize the business case; opportunity to highlight their own ingenuity
Env ironment & Energy Sustainability
•Integrate lifecycle environmental considerations
into: •Product development
•Manufacturing process •Material selection
•Change a product, process or design to improve
environmental impacts to environment and health •Complete trial
•Make applicable for all manufacturing inputs, internal processes & outputs
•Set goals based on product strategies
Env ironment & Energy Sustainability
• Identify sustainable technologies
• Make business case • Engage
stakeholders
• Deploy • Measure
• Communicate
Sustainability Matrix
Sustainability Sub-factor Measureable Criteria
Social People Persons w Disabilities or Disadvantaged
Human Health Exposure Improvement
Hearing Conservation
Other Safety
Youth Programs
Employee Education and Communication
Education and Academia Stewardhip
Ecology Wildlife Protection/Enhancement
Habitat Flora Enhancement
Water, air, soil quality improvements
Environment Greening of
Facilities Regulatory Compliance Improvement
Carbon Footprint
External Mentorship/Stewardship
Landfill Free
Suppler greening
Process usage/conservation improvement
Resource
Efficiency Conservation
Waste elimination/minimization
Reuse
Recycle
Compost
Energy from By-product
Alternative energy improvement
Economic Product Sell Vehicles
Competitive Advantage
Product Cost Reduction
Recycled & Biobased content savings
Other product quality improvement
Fuel economy
Manufacturing Output (By-product) revenue
Input (Chemical raw material) savings
Process cost savings
Energy cost savings/revenue
•All byproducts from ongoing, day-to-day operations
•Includes episodic/periodic byproducts like pit
cleanouts
•Byproducts managed by any method except
landfill •At manufacturing sites, on average more than
96% of waste is recycled/reused and less than 4%
is converted to energy at waste-to-energy
facilities, replacing fossil fuels
Env ironment & Energy Sustainability
• Surpassed goal to make half of our manufacturing sites
landfill-free by 2010 • Executives & plants embraced strategic business concept
• Focus on decreasing waste generated, recycling unavoidable
waste
Env ironment & Energy Sustainability
•Use resources in most efficient way. •Goal: Understand how a sustainability
program affects business decisions and
performance
•Solution: Drill deeper into how resource
usage decisions are made
Env ironment & Energy Sustainability
•Find paths to closed-loop recycling
•Recycle waste into new vehicle parts, plant supplies
•Acoustic pads
•Headliners •under carpet
•door liners •Collaborate with purchasing &
product engineering
Env ironment & Energy Sustainability
•Converted Asian/U.S
cardboard & recycled textile fibers into non-woven
substrate for acoustics •Eliminates plant waste, turns
it into vehicle parts
•Substrate contains 25-30% cardboard
•Meets technical, commercial, & economic targets
Env ironment & Energy Sustainability
•Convert scrap battery covers into wood duck nesting
boxes •Place on GM, private and public
grounds to improve habitats •Provides safe place to lay eggs. •Example of finding alternative
use for unneeded product
Env ironment & Energy Sustainability
•Door window cutouts
generated sheet-metal scrap when doors were stamped
•Created reuse plan that saves energy, emissions & costs •Sell it to stampers/fabricators,
who then sell it to end user for less than cost of new material
Env ironment & Energy Sustainability
• One-way containers shipped to the U.S. reused to
build trailers • Chevrolet Cruze center console
reused as a sled • Scrap battery cover converted into planter
Env ironment & Energy Sustainability
• Used oil management expertise to lessen spill impact
• Previous options: Landfill or burning for energy
• Collected booms until no longer a need—227 miles
•Saved 29,000 gallons of water &
Oil from nation’s landfills •Eliminated 212,500 lbs of waste
•Eliminated 149 tons of CO2-equiv. emissions from entering air
Env ironment & Energy Sustainability
Env ironment & Energy Sustainability
Heritage
Environmental Collects Booms
Mobile Fluid
Recovery Extracts Oil and
Wastewater
GDC Inc. Produces Volt
Components
GM Installs Parts in
Chevrolet Volt
Gulf Oil Booms Find New Life in
•25% boom material
•25% recycled tires from our vehicle test facility •25% packaging plastic from our Fort Wayne plant
•25% mixture of post-consumer recycled plastics and other polymers
Env ironment & Energy Sustainability
•Share knowledge to be a leader; work with policy,
suppliers and associations •Recommended new boom design with greater
recyclability to U.S. EPA • Polypropylene and other oil-phyllic materials
preferred to enable end-of-life options
• Suppliers with recycling plans get preference • Polypropylene core, rope and sheath preferred
•Avoid incompatible materials • Heat ends or use plastic crimps vs. steel rings
Env ironment & Energy Sustainability
Environment & Energy Sustainability
Venue, Date
Questions?
March 27, 2012
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