The latest in recycling components, products, and environmentally friendly alternatives.
Used cell phones may appear useless to the people who toss them out in a garbage can, but in reality they are very valuable and are growing in worth and numbers, according to a recent news report. The Wall Street Journal predicts that within a few years, the refurbished cell phone market could account for one fifth of all cell phone sales in the United States.
In fact, The Journal reports that ReCellular, Inc. resold or recycled 5.2 million cell phones in 2010. While Americans every day discard almost 350,000 wireless units and accessories into the trash, we still have a ways to go.
So next time, think about trading in that device to give it new life.
Why should I choose clothing made from bamboo?
Today, there are no fabrics that are 100% “green;” organic and transitional cottons require large amounts of land and water; recycled P.E.T. (polyethylene terephthalate) is still a chemically driven, petroleum-based material; and many hemp and bamboo fabrics require a pulping process. So, when looking at the current options for environmentally “friendlier” fabrics, a strong choice is a material that provides the best blend of ecological and performance benefits; this turns out to be bamboo-based fabric. Three different types of bamboo blend are Bamboo viscose based fabrics, Nano bamboo infused polyester,and mechanically produced bamboo fabrics.
Organic Cotton vs. Traditional Cotton
Conventional cotton farming is viewed by many as one of the most environmentally destructive agricultural practices. The process harms the air, water, soil, and the farmers’ health and safety. The cause of this harm comes from the huge amounts of pesticides used in conventional cotton farming. Although cotton occupies three percent of the world’s farmland, it uses more than ten percent of the pesticides, herbicides, insecticides, and defoliants. When pesticides are sprayed from the air, they spread easily to surrounding neighborhoods, with an estimated ten percent of the spray actually accomplishing their goal. The rest are absorbed by plants, soil, air, water, and our bodies—killing wildlife and harming ecosystems. The US Fish & Wildlife Service reports that millions of fish and birds are killed every year from the legal application of pesticides.
When it comes to cotton, the best way to reduce the pesticide problem is to go organic, for organic cotton is grown without chemical fertilizers, defoliants, pesticides, or herbicides, and from untreated, non genetically-modified seed. By the farmers rotating the crops to replenish and maintain the soil’s fertility, they control pests and weeds naturally, using insect predators, traps, or botanical pesticides that are broken down quickly by oxygen and sunlight. As a result, organic farming is healthier and safer for farmers, fieldworkers, and nearby communities. Another benefit of growing cotton organically is that small-scale farmers who don’t have the means to buy expensive pesticides can compete with lower overhead. And organic cotton farming uses significantly less water and electric power than conventional cotton farming techniques.
So the next time you are looking to outfit your company with branded clothing, be sure to choose textiles that are made from Organic Cotton!
Technology meets corn.
Developed by Nature Works LLC, IngeoTM is a biopolymer used to make everything from packaging and consumer goods to fibers for apparel, furnishings and home and garden, that is derived from renewable resources instead of oil.
- IngeoTM is made from dextrose (sugar) that is derived from field corn already grown for many industrial and functional end uses. In North America, corn has been used first because it is the most economically feasible source of plant starches.
- Derived from 100% annually renewable resources
- The current use is less than 1/20th of 1% (0.0005%) of the annual global corn crop today, so there's little to no impact on food prices or supply.
- The process does not require corn, only a sugar source. This could be derived from sugar beets, wheat, or sugar cane.
- At current manufacturing technology, 2.2lb of corn creates 1lb of IngeoTM
- Making IngeoTM does not require the use of Genetically Modified materials.
- IngeoTM bottles are the fastest, safest, most economical and Earth friendly bottle to recycle!
Ingeo™by Nature Works Frequently Asked Questions
Is Ingeo bio-polymer edible?
The common application of Ingeo bio-polymer is cups, cutlery and containers. NatureWorks does not recommend ingesting any plastics items such as these. As such, while Ingeo bio-polymer is approved for food contact and well-suited for a variety of packaging applications, it is not recommended for human consumption. Ingeo bio-polymer, as with any plastic, would be a foreign body if accidentally ingested. Most swallowed foreign bodies pass harmlessly through the gastrointestinal (GI) tract. Ingeo bio-polymer has under gone extensive FDA extraction protocols to be approved as a food packaging material.
Ingeo vs. PET
(polythylene terephthalate)
Clearing up a few concerns about Ingeo.
The high cost of crude oil continues to reinforce the growing need for renewable-resource-based alternatives. The cost of Ingeo biopolymer is comparable to other conventional plastics materials. Longer term, Ingeo biopolymer has the potential to even be cost advantaged compared to petroleum-based resins.
Nature Works production of Ingeo utilizes dextrose as the base feedstock used in a fermentation process (much like beer or wine) which converts sugar to lactic acid. They use that lactic acid to then create a polymer, which is later converted to a variety of packaging and fiber applications. This dextrose is made from No. 2 yellow dent field corn in the U.S., which is already grown for many industrial & functional end-uses. In North America, corn has been used because it is the most economically feasible source of sugar. When the plant is at capacity, NatureWorks LLC will use less than 1/20th of 1% of the available annual global corn crop. Their process does not require corn. In the future they plan to move to non-food cellulosic feedstocks.