6. BUSINESS CASE – ENVIRONMENTAL SUSTAINABILITY
• Cost savings
– Reduced operational costs (less energy, water, waste, transportation)
• Increased customer loyalty and attraction
– Strong reputation for environmental commitment positively influences a
customer to buy your product or service
• Fuels innovation and creativity
– Having a green focus fosters the mindset of doing more with less
• Increased employee engagement and retention
– Enables development & growth of employees and productivity
– Employees seek out companies who care about the environment
6
22. POST-USE PLASTICS RECOVERY & SUSTAINABILITY
• CPIA works with government and stakeholders to facilitate increased
plastic waste diversion from landfill
22
23. Plastics & Sustainability
Highlight merits of plastics to
support sustainable systems:
– Importance to reduction & conservation of all
resources
– Reduction, Reuse, Recycling of plastics
– Conversion recycling technologies
– Energy-from-waste an economic &
environmentally sustainable option to
manage plastics
– Manage plastic resources to the benefit of
local economies & environments
23
24. World Class Technology
24
• Plastics industry in Canada is a world leader, leading edge
technologies to manufacture plastics
• Plastics increase energy efficiency and;
• Reduces GHG emissions in various applications
• Smart Packaging – technological innovation & investment has
transformed the industry
• Food safety & protection
• Environmental protection
• Energy & resource conservation
39. PLASTICS CONTRIBUTION TO TRANSPORTATION
39
Aerospace
• Airbus 380 & Boeing 787 Dreamliner both built with carbon reinforced plastics
• Increased use of plastics in aircraft enables:
- weight savings - use 22% less fuel
- reductions in emissions good for the environment
- reduced operating & maintenance costs.
40. PLASTICS CONTRIBUTION TO TRANSPORTATION
40
Automotive
• Auto in 1984 contained 8.5% plastics by
weight, similar car today contains 11% -
15%.
• Increased use of plastics reduces the
weight of vehicles and emissions.
• 100 kg of plastics can replace between 200
- 300 kg of traditional materials.
• Every 100 kg of plastics reduces fuel
consumption over lifespan of the vehicle by
750 litres .
53. EXPANDING FILM PLASTICS RECYCLING TO RETAIL
53
• Partnership - CPIA, Walmart & SC
Johnson announced in July 2014
• Canada-wide return-to-retail model
collecting a wide range of post-
consumer film & bag materials
• Campaign includes in-store marketing
– branded bins, e-signage, in-aisle
shelf-talkers
57. SIMPLIFYING THIS PACKAGE – RECYCLABLE OR MORE
SUSTAINABLE?
57
• Use a six layer 2 mil thick
structure or
• 160 mils of Polypropylene
to achieve the same barrier
properties.
• 160 mil structure is
mechanically recyclable but
has a greater environmental
footprint
Note: 1 mil = one thousandth of one inch
2 mil
Polypropylene
(PP)160 mil
58. LIMITS ON RECYCLING
58
Technical Challenges
– Foodservice contamination
– Multi-layer/multi-material
packaging
Cost Challenges
– Collection, Sorting, Cleaning, Transport, Processing, Markets
Infrastructure Challenges
– Inconsistent national approach
• Curbside vs. Deposits vs. Depots vs. Retail stores
– Material codes
– End markets are not supported consistently
• Supply issues for recyclers
2 mil
62. ENERGY RECOVERY & CONVERSION RECYCLING
TECHNOLOGIES
62
Technology can support Zero Waste with
no plastics having to go landfill:
• Emerging Technologies
• Gasification, Pyrolysis, Plasma Arc,
Microwave
• Refuse Derived Fuel
• Cement kilns, coal powered plants, boilers
• Combustion with energy recovery
• Plastic Conversion Recycling
Technologies
• Plastics to fuel, oil and waxes
63. NRP Used to Manufacture Cement
Holcim's Joliette Cement plant now
burns a variety of alternative fuels
Source: http://www.cemnet.com/Articles/story/39859/canada-s-sustainable-goals.html
• Canadian cement manufacturing industry
used 25 million GJ of energy derived from
coal in 2010.
• Diversion of 25% of currently disposed
plastics can produce 22 million GJ, that
can mostly offset coal use for energy
generation in cement production industry in
Canada.
• This would reduce coal consumption by
750,614 tonnes
64. WTE NO ADVERSE HEALTH & ENVIRONMENTAL IMPACTS
2009: Durham/York Study (Jacques Whitford)
• 25 studies from 1998-2008
• No correlation between chemicals emitted from modern
municipal waste incineration facilities and those measured in
bio monitoring samples (blood, urine, breast milk, hair)
67. EDUCATION CRITICAL FOR SUSTAINABILITY
67
• Images of plastic containers
• Free for municipal & recycling operators to use
• Register at CPIA Website - www.plastics.ca/Recycling/
PandEPlasticBottlesandContainers/ImageBank/index.php
69. PLASTICS TOO VALUABLE TO WASTE
1. Use of Plastics Supports Sustainability Goals of
Society
• Plastics use reduces waste, energy use & emissions
2. Plastics make a positive contribution to the three
pillars of sustainability
• Plastics characteristics conserve resources, protect the
environment and are positive for economic and social
sustainability
70. PLASTICS TOO VALUABLE TO WASTE
3. Plastic Packaging Has Been Beneficial to Reducing
Waste To Landfill & Lowering Energy Use
• Residential & IC&I recycling & energy recovery: More
plastic diversion is needed on the post-use side:
4. Communication & Education to inform on the efficient
use of plastics to public & industry
• Options to reduce, reuse, recycle & recover more
plastics and their benefits