
Exal's Coil To Can "C2C" Lightweight Aluminum Beverage
(Exal Corporation)
Product Overview
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- No
- C2C is an innovative hybridized technology that marries the manufacturing
speed and light weighting of standard (drawn & ironed) beverage can technology
with the dynamic shaping technology originally available only with heavier
walled, extruded aluminum containers. Because of their lighter weight,
containers made via C2C contribute fewer transport-related carbon dioxide
emissions than heavier packaging formats. The process utilizes post-consumer
recycled aluminum as a raw material and finished containers are 100%
recyclable. High-speed C2C production lines also use less energy per
container than other packaging choices.
- Environmental benefits of Exal's "C2C" Lightweight Aluminum bottle:
Abundant Raw Material: Aluminum is the 3rd most abundant element in the earth crust after oxygen and silicon. It is also the most abundant metal in the earth crust. Two thirds of all aluminum ever made is still in use today.
Recyclable:
Recovering aluminum for recycling saves money and dramatically reduces energy consumption. The aluminum container recycling process saves 92 percent of the energy needed to produce aluminum from bauxite ore, according to EPA's WAste Reduction Model (WARM). Aluminum is also infinitely recyclable. It does not degrade or lose any if its intrinsic physical properties during the recycling process. Recycled aluminum is not downcycled into products like park benches, etc. Recycled aluminum and virgin aluminum are inherently the same.
Post Consumer Content:
The C2C package is made from 3000 series aluminum alloy which typically has a post consumer content of 45%-55%.
Recycling Cost Benefit:
Aluminum beverage containers are the most valuable commodity to curbside programs helping to pay for the collection of containers made from other materials. Aluminum beverage containers represent less than 20 percent of the materials collected in curbside recycling programs and they generate up to 70 percent of total scrap value.
Closed Loop Packaging:
Most of the rigid aluminum packaging recovered from the waste stream is used to manufacture new packaging, making aluminum packaging a closed loop recycled material
Carbon Based Emissions:
Because of their lighter weight, containers made via Exal's C2C process contribute fewer transport-related carbon dioxide emissions than heavier packaging formats. The process utilizes post-consumer recycled aluminum as a raw material and finished containers are 100% recyclable. High-speed C2C production lines also use less energy per container than other packaging choices.
Cradle to Cradle:
The 3000 series alloy raw material expects to have McDonough Braungart Design Chemistry (MBDC) Cradle to Cradle Silver Level Certification in 2010.
Product page on supplier's site
Central & South America
Product Detail: Converted Package
Cosmetic Fragrance and Bath >> Cosmetic Accessories
Food and Beverage >> Beverage
Food and Beverage >> Beverage >> Beer
Food and Beverage >> Beverage >> Bottled water
Food and Beverage >> Beverage >> Coffee
Food and Beverage >> Beverage >> Drinks
Food and Beverage >> Beverage >> Juice
Food and Beverage >> Beverage >> Soft drinks
Food and Beverage >> Beverage >> Spirits
Food and Beverage >> Beverage >> Wine
Healthcare & pharmaceutical >> Allergy >> Allergy Liquids
Healthcare & pharmaceutical >> Cough and Cold >> Cold Liquids
Healthcare & pharmaceutical >> Cough and Cold >> Cough Liquids
Healthcare & pharmaceutical >> Diet
Healthcare & pharmaceutical >> Diet >> Diet Liquids/Powders
Personal Care >> Soaps Gels and Sanitizers
Personal Care >> Sun Care
II. Acid, aqueous products; may contain salt or sugar or both, and including oil-in-water emulsions of low- or high-fat content.
III. Aqueous, acid or nonacid products containing free oil or fat; may contain salt, and including water-in-oil emulsions of low- or high-fat content.
IV.A. Dairy products and modifications: A. Water-in-oil emulsions, high- or low-fat.
IV.B. Dairy products and modifications: B. Oil-in-water emulsions, high- or low-fat.
V. Low-moisture fats and oil.
VI.A. Beverages: A. Containing up to 8 percent of alcohol.
VI.B. Beverages: B. Nonalcoholic.
VI.C. Beverages: C. Containing more than 8 percent alcohol.
C. Hot filled or pasteurized above 150 deg.F.
D. Hot filled or pasteurized below 150 deg.F.
E. Room temperature filled and stored (no thermal treatment in the container).
F. Refrigerated storage (no thermal treatment in the container).
J. Cooking at temperatures exceeding 250 deg.F.
Sustainability Claims
These claims were NOT reviewed by a third party
You may flag any claim that looks suspicious.
Please see important disclaimers and definitions at the bottom of this page.
- Post-consumer content: 10 - 24%
- Pre-consumer content: 25 - 49%
- Sustainable forestry certification? No
- Source reduced? No
- Renewable energy? No
- Greenhouse gas reduction: No
- CONEG documentation? Yes
- Shipping efficiency? Yes
- Reusable? No
- Recyclable? The material/product in this element is accepted for recycling in the majority of the communities in the US (60% or more)
- Compostable? No
- Waste-to-energy? No
Important definitions and disclaimers
Terms
Post-consumer content
A complete chain of custody review has not been completed. Anyone purchasing the material/product should conduct their own chain-of-custody review.
Pre-consumer content
A complete chain of custody review has not been completed. Anyone purchasing the material/product should conduct their own chain-of-custody review.
Source reduced
Greenhouse gas reduction
CONEG Heavy metals compliance
Shipping efficiency
Reusable/returnable/refillable
Recyclability
Compostability
Waste-to-energy
Renewable resources
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