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BioBags are an
alternative to polyethylene/polypropylene based plastic bags. Bags are
made primarily from cornstarch (using GMO free corn) and are certified to be
100% biodegradable and 100% compostable. Using biodegradable products helps divert all naturally biodegradable waste from entering our landfills. This includes food waste, yard waste, paper waste and pet waste. If any of these items are placed in an anaerobic (air-locked) landfill, their natural ability to biodegrade can be severely diminished. The best solution for disposal of pet waste has always been to separate it from the bag or paper and flush it down the toilet. Using BioBags expands your options. The waste and bag can be thrown in your backyard compost, where both items can decompose naturally. The waste and bag can be buried, where micro-organisms will quickly eat both. Or the waste and bag can be set at the curbside with other yard waste where communities collect biodegradable waste for composting. Please check with your community for disposal options. Today, dog park and communities across the country are switching to certified BioBag Dog waste bags to enhance their environmental image and reduce the amount of polyethylene-based plastic used in their community. This is what biodegradable waste separation is all about. We thank you for being concerned, responsible pet owners. Thank you for using BioBag Dog Waste Bags.
The BioBag material: Mater-BiMater-Bi is produced by Novamont, an Italian research company dedicated to environmental alternatives to polyethylene-based plastics. Mater-Bi is the first completely biodegradable and compostable bio-polymer ever invented. The processes are protected by more than 50 patents. Mater-Bi™
really is a dream come true. It is a material that serves
Sustainable Development, it
combines environmental demands with those of Agriculture and Industry. The
bioplastic developed by Novamont is the real response to the demand for
convenience goods that have a small environmental impact. It comes from
renewable resources of agricultural origin, it reduces greenhouse gas
emissions, and the consumption of energy and non renewable resources, and it
completes a virtuous circle: the raw materials of agricultural origin return
to the earth through processes of
biodegradation and
composting , without releasing pollutants. Mater-Bi™ comes from renewable raw materials of agricultural origin and from non-genetically modified starch. Novamont manufactures and sells various lines of biopolymers for a variety of manufacturing processes, all with the Mater-Bi™ trademark. The material is available in granular form. All of the Mater-Bi™ grades:
1. are completely
biodegradable in different environments: 2. can
be worked using the same processes as for 3. can be printed on, using normal
inks and printing 4. can be colored in bulk, using
biodegradable 5. are intrinsically anti-static; 6. can be sterilized using gamma rays. Biodegradability is characteristic of natural substances and materials of being assimilated by micro-organisms, and thus introduced into the natural cycles. In effect, it is a concept that is familiar to everyone. When natural organic materials go into the ground, they tend to decompose progressively, to disappear. This phenomenon is very important for the environment, which has to get rid of waste to make room for new life. Trees, plants and algae, meaning photosynthetic organisms, absorb carbon dioxide from the atmosphere and, with the power of the sun, the inexhaustible source of energy, use it to synthesize sugars, and a whole range of other substances present in Nature.
The flow of
substances and energy passes along the food chain from the plants to the
herbivores, and from these, to carnivores. However, this mechanism would
quickly become blocked if the opposite process did not exist, that is, if it
was not possible to release carbon dioxide from organic material. So, in
natural equilibrium, the process of biodegradation is as important as that
of photosynthesis, of which it is both the outcome and the starting point.
An important role is played in biodegradation by micro-organisms, which are
present in every environment, and which are fed by organic waste. Thus,
organic material is transformed again into carbon dioxide, thereby
completing the natural cycle. |
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