In our ongoing search for environmentally friendly products, we have found a new biodegradable shrink film.  It is a polyolefin heat shrink film that degrades over a 3 to 5 year period (as compared to a regular shrink film product that can take hundreds of years in the landfill to decompose).

Sourcing this product in North America was a significant challenge.  We had to go global!  The product is used in the U.K. and that’s where we first found it; but it is manufactured in France. We tracked it to the U.S. and found a sales office in Eastern U.S. who was handling it.  We’re from the West Coast of Canada so we needed to locate a distributor closer to us.  We found one in Edmonton, Alberta.

After running some trials (and making some equipment changes), we are extremely pleased with how well the product runs and performs.  It has good sealing and shrinkage properties at low temperatures and can run on both manual and automatic equipment.

The film degrades at the end of its useful life: it fragments and oxidizes through the long term effect of light and heat. It then becomes assimilated by the soil and eventually disappears in the landfill, leaving only water, carbon dioxide and biomass.

Do the right thing: use environmentally friendly packaging materials!

A company in the U.S., MyBinding.com, is now carrying a new Eco-line recycled plastic coils. The coils are 100% recycled from scrap coils and are remanufactured in different pitches and sizes. The coils are still made from PVC (Polyvinyl Chloride) and only comes in black. Speaking with Jeff McRitchie from mybinding.com, Jeff told me that the coils are made at a plant by collecting odds and loose ends of coils currently, melted, refabricated and sold to dealers for commercial use.

Historically, it was difficult to recycle coils. But a company in Brussels, Solvay SA’s R&D Center, has come up with a process called Vinyloop ® to recycle or upcycle coils. The process is done in 6 steps:

1. Composite waste is collected and brought to their plant in either Ferrara, Italy or Chiba, Japan. The material goes through cleaning (washing), increasing of surface area by cutting, grinding, and milling, and a homogenization step.
2. In a dissolution chamber, a solvent called methyl ethyl ketone dissolves the PVC and its additives. Anything that cannot be dissolved will be removed later.
3. The separation of the insoluble materials are filtered in the next tank.
4. In order to yield pure PVC material, the composite product is stripped of the solvent in a precipitation stage. Precipitation of the dissolved PVC at this stage allows the manufacturer to integrate more additives for other characteristics such as flexibility and strength.
5. The solvent that is evaporated condenses in its original chamber and is ready for another batch of material. This allows the solvent to be re-used 99.9% of the time.
6. The drying stage comes last. The aqueous solution of PVC is dried and the water is filtered to remove impurities. The new PVC is called R-PVC (remanufactured PVC) formed in pellets for ease of use. In the case of plastic coil binding, the pellets are melted and formed into coils.

Unfortunately, these coils are only available from MyBinding.com right now. You can contact Jeff McRitchie at jeff@mybinding.com with any questions or order information.

Nakabayashi Co. is a leading Japanese manufacturer of bookbinding machines, office products, and baby car seats (not sure how that’s related). The latest invention to come out from Nakabayashi Co. is a new and innovative machine that turns your every day paper into….toilet paper!

Talk about the savings! At our office, we get our 36-pack 2-ply toilet paper from Costless for $27.99. In a day and age where businesses are trying to pinch their pennies, this would be quite the savings for businesses big and small.

Unfortunately, the technology has to be refined. With 1800 sheets of 8 1/2″ x 11″ paper, it will only produce 2 rolls of toilet paper. And there’s no indication of whether it’s one-ply or two! The price tag is rather hefty for such a technology as well. The unit price for this new machine is a cool $95,000!! Distribution has already begun in Japan this month and their target is to sell 60 units in its first year of production. Maybe as the technology gets refined, we’ll start seeing people bring their waste paper to the recycling depot and walk out with toilet paper. In the meantime, we’ll continue printing on both sides of the sheet and make sure none of our paper waste goes into the garbage can.

*Note: Of course, immediately after I posted my entry, Business in Vancouver talks about a 400% increase in mixed paper value. The article can be found here.