Gasoline from plastic scrap

A liter of gasoline can be obtained from a kilogram of old plastic sachets by applying a technology being developed by the specialists of the Mendeleyev Chemical Engineering University in Russia . The technology focuses on obtaining gasoline mainly from man-caused carbonic wastes – such as polyethylene, polypropylene, polystyrene and polyethylene terephthalate wastes. It is only known that these are grinded wastes of a single production. The technology suggested by V.F. Shvets and his colleagues is based on catalytic thermal treatment of polymeric materials. Its basic stages are as follows: First, the wastes should be grinded (it is not necessary to wash them) and melted down. Then they should be mixed with the catalyst powder and exposed to thermal destruction, (kept for some time in the reactor at a definite temperature and pressure)

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Innovation in plastics will provide opportunity in fuel cell application

Unlike a battery cell, fuel cell operates indefinitely and yields only water. A fuel cell is an electrochemical device that generates electricity and heat and is expected to replace lithium batteries. The most promising technology looks to be that of proton exchange membrane which is suitable for 1-50 KW output. The cell uses polymer membrane and conductive plate that divides, reunite proton and electron generating electricity. Many cells would be required to generate sufficient electricity since each cell produces only small amount of current.

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Flexible packaging gains market share as it replaces rigid packaging

Plastic flexible packaging is gaining market share globally, including in North America , as per a report by Freedonia. Gains in packaging will benefit from changes in food consumption patterns and trends such as portion control, which are altering the way snack food is packaged. Flexible packaging will benefit from the trend toward individually wrapped products, of which pouches are expected to experience the fastest growth through 2010.

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HDPE pipes – sustainable solution for water crisis in India

The Indian Subcontinent and Water Crisis India is the 7 th largest country by geographical area and the second most populous country in the world. Of India's 1.1 billion people, almost 70 % of the Indians reside in rural areas, though in recent decades migration to larger cities has led to the exponential rise in the urban population.

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Top global chemical companies performed well in 2005

The chemical companies including petrochemical and polymer companies have shown a healthy growth in 2005 globally. BASF, with annual sale over US$50 billion continues to retain its premier position as the largest company in the World as it has been for last several years or decades. It showed operating profit of almost US$7 billion and net profit of US$3.5 billion.

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Another New Name in PEEK

High Performance Polymers are at the top of the thermoplastic performance pyramid. This is the target of JIDA Degussa, a joint venture of Degussa High Performance Polymers and Jilin University in China.

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A new reinforced macro perforated stretch film provides quicker cooling and drying

A stretch film containing macro perforation is developed from reinforced polymer matrix. Perforations act as aerating holes. This type of macro perforated stretch film is ideal for palletizing products that need transpiration and ventilation.

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