Jan. 22nd is the B to B day for business buyers, CEOs, press, & procurement professionals.

Jan. 23-24th is for all business professionals & all consumers & their families.

Hundreds of exhibits will encompass a wide variety of green products & services ranging from solar panels, hybrid cars, organic personal care products, eco-pet supplies, greener gadgets, eco-fashion, and home and building supplies that will help us live a healthier and more sustainable lifestyle.

Eco-Celebrity speakers, authors & thought leaders such as Ed Begley Jr., Mariel Hemingway, John Picard & Eric Corey Freed will lead informative discussions! Don’t miss Los Angeles’ ultimate eco-extravaganza! Limited booth space is still available. Contact Seth Berk at 212-655-4505 ext. 224 or sberk@gogreenexpo.com today.

Details: www.GoGreenExpo.com
Use promo code GREENPROFS for 50% off ticket price of only $10 for the entire weekend!

In today’s fierce and competitive market, how can a company sell more cell phones? One response: manufacture “green” phones. At the Seoul World IT show, Samsung (the Korean consumer electronics multinational corporation) offered plans to begin development and sale of two environmental-friendly handsets. The first is the W510. The W510 is constructed from a corn-based bioplastic and is free from hazardous heavy metals such as lead, mercury and cadmium.

This is the earliest Samsung bioplastic-based telephone. However, At the CES in January, it was discovered that Samsung was among several big consumer electronics manufacturers to utilize the unconventional material. Fujitsu showed off a laptop with a bioplastic case. Additionally, 3310 Evolve has been produced by Nokia, a mobile phone partly made from biomaterials.

Removing petroleum-based plastics is a valuable proposal, due to current research, it is common knowledge that corn is an acceptable substitute for fossil fuels and plastics are not a sustainable resource. We hope that Samsung’s newer models will use a more sustainable, futuristic bioplastic, even though we know, the reason behind testing the market for bioplastic with cost-effective corn that is easy to obtain before any decisions are made.

Samsung has come out with a new phone. The company corroborates that this telephone, named the F268, does not contain PVC or (Polyvinyl chloride) or Brominated Flame Retardant, a flame retardant containing bromine (Flame retardants consisting of organic compounds containing bromine). That telephone is an good move in the firm’s scheduled phasing out of polyvinyl chloride and brominated flame retardants in all its portable phones no later than the year 2010.

Samsung has received accolades from Greenpeace for it’s environmentally-friendly electronics. The recent “Greenpeace Guide to Greener Electronics” is the basis for this. which cites that since March the company has earned a ranking of 7 out of 10. ranking it near the top. Invariably, it also gathered points for its PVC and BFR end of life date. However, while Samsung started to introduce into the market its PVC-free LCD panels last November, it only lost points on the strict Greenpeace ranking system when it faild to install a complete take-back and recycling program.

We are giving some discounts on the various coupons if, you want more information please visit our website www.deals365.us and you save a lot of money.

The so-called ‘oxo-degradable plastics’ are not suitable for organic recovery. So called ‘oxo-degradable plastics’ (i.e.: polyolefines with metal-containing additives) are sometimes advertised as being ‘biodegradable’ or even ‘compostable’. Such claims are misleading if they are not substantiated by showing compliance with the relevant European standards EN 14995 or EN 13432. These, define the requirements for materials which can be called ‘compostable’. In the case of packaging, such claims are bound by legal definition under EN 13432. There are no known ‘oxo-degradable’ materials in the marketplace which fulfill either of these standards. Claims of compostability for such products are therefore wrong and untrustworthy.

In Italy and Australia lawsuits resulted in fines for using misleading claims in the marketing of such products. Industry companies providing truly compostable plastic products will make use of the established, producer independent certification schemes proving compostability on the basis of tests according to EN 13432 or EN 14995.

ref:

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The biodegradable materials begin to increase their popularity as many companies choose to manufacture products that will protect the environment. For example a company that was producing credit cards has launched the first biodegradable card. The product is made of a material called BIOPVC which attracts the microorganisms. They will consume the carbon from the material and when they have finished it there will be only carbon dioxide, water and salt left. The producer gave insurances that the biodegradable card does not contain any harmful substance.

Other companies have produced biodegradable utensils. Ecological plates are made from sugar can and reed pulp. Their producers insist on the fact that they are non-toxic, biodegradable, but at the same time they offer the client the same quality of a normal plate. Cornstarch, grass fibers and wood are two other materials used for the manufacture of biodegradable utensils and biodegradable bags.

Other food containers, cutlery and cups are produced from bamboo and rice husks. They are thought to be 100% biodegradable and environment friendly. The same biodegradable materials are used for the production of pods which are going to be used in the gardens. This ensures a better protection of the surrounding areas.

To avoid the waste of energy and the pollution caused by the big batteries the scientists have created the first batteries that are environment friendly. The biodegradable batteries are flexible and made of paper and cellulose.

Some people even thought of giving up the cement and hard materials used for tombs and go for greener alternatives. A company has developed the first biodegradable coffin for those who want to remain ecologists even after their death. This coffin is called Ecopod and is made of recycled paper. Hand-woven Somerset willow, formaldehyde-free plywood and fair-trade-certified bamboo are the other materials available for those who want to choose such a coffin.

The list of products presented above should be a source of inspiration for any person that wants to protect the world from being covered in mountains of trash. Biodegradable products are a good alternative to plastic products which will decompose in months or even years after they have been thrown away.

The so-called ‘oxo-degradable plastics’ are not suitable for organic recovery. So called ‘oxo-degradable plastics’ (i.e.: polyolefines with metal-containing additives) are sometimes advertised as being ‘biodegradable’ or even ‘compostable’. Such claims are misleading if they are not substantiated by showing compliance with the relevant European standards EN 14995 or EN 13432. These, define the requirements for materials which can be called ‘compostable’. In the case of packaging, such claims are bound by legal definition under EN 13432. There are no known ‘oxo-degradable’ materials in the marketplace which fulfill either of these standards. Claims of compostability for such products are therefore wrong and untrustworthy.

In Italy and Australia lawsuits resulted in fines for using misleading claims in the marketing of such products. Industry companies providing truly compostable plastic products will make use of the established, producer independent certification schemes proving compostability on the basis of tests according to EN 13432 or EN 14995.

ref:

” title=”http://www.kaysons.in

In today’s fierce and competitive market, how can a company sell more cell phones? One response: manufacture “green” phones. At the Seoul World IT show, Samsung (the Korean consumer electronics multinational corporation) offered plans to begin development and sale of two environmental-friendly handsets. The first is the W510. The W510 is constructed from a corn-based bioplastic and is free from hazardous heavy metals such as lead, mercury and cadmium.

This is the earliest Samsung bioplastic-based telephone. However, At the CES in January, it was discovered that Samsung was among several big consumer electronics manufacturers to utilize the unconventional material. Fujitsu showed off a laptop with a bioplastic case. Additionally, 3310 Evolve has been produced by Nokia, a mobile phone partly made from biomaterials.

Removing petroleum-based plastics is a valuable proposal, due to current research, it is common knowledge that corn is an acceptable substitute for fossil fuels and plastics are not a sustainable resource. We hope that Samsung’s newer models will use a more sustainable, futuristic bioplastic, even though we know, the reason behind testing the market for bioplastic with cost-effective corn that is easy to obtain before any decisions are made.

Samsung has come out with a new phone. The company corroborates that this telephone, named the F268, does not contain PVC or (Polyvinyl chloride) or Brominated Flame Retardant, a flame retardant containing bromine (Flame retardants consisting of organic compounds containing bromine). That telephone is an good move in the firm’s scheduled phasing out of polyvinyl chloride and brominated flame retardants in all its portable phones no later than the year 2010.

Samsung has received accolades from Greenpeace for it’s environmentally-friendly electronics. The recent “Greenpeace Guide to Greener Electronics” is the basis for this. which cites that since March the company has earned a ranking of 7 out of 10. ranking it near the top. Invariably, it also gathered points for its PVC and BFR end of life date. However, while Samsung started to introduce into the market its PVC-free LCD panels last November, it only lost points on the strict Greenpeace ranking system when it faild to install a complete take-back and recycling program.

We are giving some discounts on the various coupons if, you want more information please visit our website www.deals365.us and you save a lot of money.

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Shopping bags, fast-food utensils, and garbage sacks that decompose into compost after use: bioplastics are not only environmentally-friendly, but they can also be economically advantageous.  “Despite the financial crisis, manufacturers of biodegradable plastics were able to demonstrate moderate growth in this past year,” explains Oliver Kutsch, president of Ceresana Research.

Potential or Over-enthusiasm?

A new study from Ceresana Research analyzes the market for biodegradable polymers.  Expectations for bioplastics are high: a better image for plastics, independence from petroleum products, solutions for waste problems, contributions to environmental protection, as well as a new source of income for the agricultural sector.  However, the characteristics and potentials of different bioplastics vary substantially – accordingly, there is a high demand for related information.

Increasing Competition for Petrochemicals

Plastics made from renewable materials and biodegradable polymers are rapidly catching up.  Bioplastics are already unbeatable in certain, special applications – for example, medical implants, which dissolve in the body, or compostable mulch films for agriculture.  As a result of remarkable advances in development, bioplastics are also increasingly capable of replacing common, standard polymers.  In this regard, packaging materials constitute the most important application area; for example, filler materials that are utilized in very large amounts.  However, the largest growth rates are seen in the automotive and electronics industries: Bioplastics can be applied to articles like consoles or cellular phone cases.  During the past eight years alone, consumption of biodegradable plastics based on starch, sugar, and cellulose (so far the most important raw materials) has increased by 600%.  Starch-based plastics currently dominate in Europe, and polylactic acid is considered to be particularly promising.

Concise Overview

With over 400 pages, Market Study – Bioplastics presents the most important information on different bioplastic types, including their advantages and application possibilities, legal situations and certifications, as well as disposal and recycling.  This useful compilation provides 77 profiles of current and future manufacturers, with information on individual product portfolios, as well as existing and planned capacities.  The study examines, in detail, the situation of bioplastics throughout the European, North American, and Asian-Pacific regions, particularly in the seven countries with the highest revenues.  Ceresana Research will gladly send you additional information and a complimentary sample reading from this market report: http://greenprofs.com/?p=6208

In order to stop Earth’s degradation the ecologists, and for several years the majority of the population has demanded for reduced production of these products and even their replacement with more environment friendly materials, such as paper or Bioplastic.

However, not all the things are favorable to Bioplastic. The degradation of the Bioplastic is conditioned by a series of factors, which are impossible to achieve in nature. This means that in practice the Bioplastic will decompose as hard as the traditional plastic.

The so-called ‘oxo-degradable plastics’ are not suitable for organic recovery. So called ‘oxo-degradable plastics’ (i.e.: polyolefines with metal-containing additives) are sometimes advertised as being ‘biodegradable’ or even ‘compostable’. Such claims are misleading if they are not substantiated by showing compliance with the relevant European standards EN 14995 or EN 13432. These, define the requirements for materials which can be called ‘compostable’. In the case of packaging, such claims are bound by legal definition under EN 13432. There are no known ‘oxo-degradable’ materials in the marketplace which fulfill either of these standards. Claims of compostability for such products are therefore wrong and untrustworthy.

In Italy and Australia lawsuits resulted in fines for using misleading claims in the marketing of such products. Industry companies providing truly compostable plastic products will make use of the established, producer independent certification schemes proving compostability on the basis of tests according to EN 13432 or EN 14995.

ref:

” title=”http://www.kaysons.in

The concern for the depletion of reserved fossil fuel has led scientists all over the world to look for ways to produce energy from sources other than fossil fuel. In the auto industry, car manufactures have partnered with different companies to develop alternative fuels. These partnerships have resulted to the development of bio-ethanol fuel for gasoline engines and biodiesel for diesel engines. These developments though are faced with a problem – there are limited refilling and fuel stations which offer biodiesel or bio-ethanol.

In the search for solutions to the energy dependence issue faced by the United States, a chemistry professor in New York has developed a technology that creates plastic out of biodiesel which can then be converted to biodiesel after use.

Richard Gross, a professor at the Polytechnic University in Brooklyn, has taken an atypical approach in the development of biodiesel. He has created a plastic from biodiesel which can be used like an ordinary plastic. The process is not yet as cost effective as it needs to be for it to become commercialized. The Pentagon though has expressed their interest in the technology by providing $2.34 million for further research on the process.

The technology would be of great service to the military since it can provide double duty. First, the “bioplastics” as it is called can be used in packaging goods to be shipped to military personnel and after that it can be used as a fuel for vehicles and automobiles.

The process starts with the use of biodiesel to create bioplastics. After the service of the plastic as a packaging material is over, the plastics are then shredded. The shredded plastics are then immersed in a tank of water where it is subjected to enzymes which breaks it down to its former state, that being a biodiesel. After a period of time, which could run up to five days at most, the plastic will be turned completely back to its former state. Once the enzymes are done with their job, the resulting product, the biodiesel, can then be used in diesel engines or generators that the military uses on their bases.

The enzyme cutinase used in breaking down the plastic to its original state are present in nature. These are made by parasites to breakdown shiny surfaces of tree leaves for example. The production of the said enzyme is done by taking some of the DNA present in the particular parasite which produces cutinase and then spliced it to an E. coli bacterium. E. coli bacteria are known for their rapid reproduction rate.

This means that they can produce more enzymes needed in the conversion of the bioplastics to biodiesel. One issue raised that should be focused on by researchers is to fiddle with the enzyme so that a smaller amount of enzyme will be needed to breakdown the bioplastics to usable diesel fuel. That will then translate to lowering the cost of the technology.

Currently, biodiesel can be used by diesel engines without modification. Some diesel car owners are also using Bully Dog components to get the best out of their biodiesel-powered vehicles.