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New Process for Biodegradable Plastics Production Using Sugar & CO2

Some biodegradable plastics could in the future be made using sugar and carbon dioxide, replacing unsustainable plastics made from crude oil, following research by scientists from the Center for Sustainable Chemical Technologies (CSCT) at the University of Bath. Safer Form of Polycarbonate Plastic Polycarbonate is used to make drinks bottles, lenses for glasses and in scratch-resistant coatings for phones, CDs and DVDs Current manufacture processes for polycarbonate use BPA (banned from use in baby bottles) and highly toxic phosgene, used as a chemical weapon in World War One Bath scientists have made alternative polycarbonates from sugars and carbon dioxide in a new process that also uses low pressures and room temperature, making it cheaper and safer to produce This new type of polycarbonate can be biodegraded back into carbon dioxide and sugar using enzymes from soil bacteria This new plastic is bio-compatible so could in the future be used for medical implants

Covestro & Partners Develop New Process for Bio-based Aniline Production

Covestro has scored a research breakthrough for the use of plant-based raw materials in plastics production: aniline, an important basic chemical, can now be derived from biomass. The materials manufacturer achieved this by collaborating with partners on the development of a completely new process, initially in the laboratory. Until now, only fossil raw materials had been used for the production of aniline, which plays an important role in the chemical industry and is used as starting material for numerous products.  Unprecedented Achievement: Following its success in the lab, Covestro plans to further develop the new process together with partners from industry and research. The first step is to upscale the process in a pilot plant with the ultimate goal of enabling the production of bio-based aniline on an industrial scale. That would be an unprecedented achievement in the chemical industry.   Aniline as a Precursor for Rigid Polyurethane Foam About five million

HOW CAN ANTI-BACTERIAL PLASTIC SHEET PREVENT HUMANS FROM MANY DISEASE?

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RACPLA Plastic sheet which is incorporated with Silver antimicrobial technology to eliminate micro-organisms. I think it is one time investment for many years and it's cost effective as well for long term basis. 1. Racquet Plastics, Belgium (Plastic sheet makers for all Hospitals) Website:  http://www.racquet-plastics.eu/index.html ISO 22196 / JIS Z2801 Certified ANTIMICROBIAL PLASTIC SHEET to eliminate MRSA-HOSPITAL BUG ,E-COLI,SALMONELLA and MYCOBACTERIUM TUBERCLOSIS,Algae,Fungi and others. Combination sheets: Special sheets to be made to eliminate tuberculosis bacteria, algae, fungi, and MRSA,Ecoli, salmonella bacteria.And can be used this sheet in Operation Theater,Patient ward,ICU ,Laboratory,and corporate office. Also this can be used in the following areas: Wall lining in meat processing unit and poultry farms. Wall lining animal operating theatre (horse, etc) Wall line Quarantine tables Wall lining Brewery Egg incubator system, mobile lab, stationar

Plastics Re-Revolution since 1930's; WASTE(s) are New Crude Oil, MAY 23-25, NEW YORK area

There are 2-Compelling Reasons Why You Must Attend This Bio-Conference: 1. Traditional & New Polymers: Biobased building blocks are enabling the manufacture of traditional polymers (Polyolefins/Polyesters/Nylons) as well as newer polymers such as PEF (vs PET for packaging) and Nylon 410 to name a few. 2. Environment Re-Engineering: Bill Gates funds $14M for Plantro-Chemicals and heads-up a $1 Billion fund to fight climate change. LAND Pollution: Building blocks for polymers are being made via forest and municipal WASTES as opposed to petro-based chemicals CLIMATE Pollution: In further support to worldwide Paris-2015 agreement on climate control, Bill Gates will be heading a $1 Billion fund to fight climate change. Use of biobased-renewable raw materials to make polymers, especially the greenhouse gases (CO2 and CH4), is a step towards that goal. WATER Pollution: About 50Blbs / year of plastic leaks into ocean with potentially adverse effects on human

Master's in Chemistry in Germany with no tuition fees! [31st May LIVE WEBINAR]

Do you want to study your M Sc in  Environmental Chemistry with no tuition fees? Now it is possible  at Bayreuth University in Germany - the University that provides students with cross-disciplinary skills enabling them to advance innovative developments in the field of Chemistry!  https://goo.gl/ 7eSE9V   Join this Online Open Day to learn about content of the Master's program, career perspectives after graduation and admission requirements for your no-cost Master's degree at a prestigious German University! Curious about it? Register here: https://goo.gl/7eSE9V !

New Promising Way to Recycle Carbon Fiber-reinforced Plastics: WSU

A research team from WSU for the first time has developed a promising way to recycle the popular carbon fiber plastics that are used in everything from modern airplanes and sporting goods to the wind energy industry. The work, reported in Polymer Degradation and Stability, provides an efficient way to re-use the expensive carbon fiber and other materials that make up the composites. Planes, Windmills, Many Products Jinwen Zhang with his Carbon Fiber Recycling Research Team Carbon fiber reinforced plastics are increasingly popular in many industries, particularly aviation, because they are light and strong. They are, however: Very difficult to break down or recycle, and disposing of them has become of increasing concern.  Thermoplastics - type of plastic used in milk bottles, can be melted and easily re-used whereas, composites used in planes are thermoset plastics which are cured and can’t easily be undone and returned to their original materials. Cau

Plastics Re-Revolution since 1930's; WASTE(s) are New Crude Oil, MAY 23-25, NEW YORK area

There are 2-Compelling Reasons Why You Must Attend This Bio-Conference: 1. Traditional & New Polymers: Biobased building blocks are enabling the manufacture of traditional polymers (Polyolefins/Polyesters/Nylons) as well as newer polymers such as PEF (vs PET for packaging) and Nylon 410 to name a few. 2. Environment Re-Engineering: Bill Gates funds $14M for Plantro-Chemicals and heads-up a $1 Billion fund to fight climate change. LAND Pollution: Building blocks for polymers are being made via forest and municipal WASTES as opposed to petro-based chemicals CLIMATE Pollution: In further support to worldwide Paris-2015 agreement on climate control, Bill Gates will be heading a $1 Billion fund to fight climate change. Use of biobased-renewable raw materials to make polymers, especially the greenhouse gases (CO2 and CH4), is a step towards that goal. WATER Pollution: About 50Blbs / year of plastic leaks into ocean with potentially adverse effects on humans via seafood. Com