Creating a smartly tailored process design can ensure 100 per cent conversion of waste into a desired mix of fuels without leaving any scope for secondary pollution (Picture: design by Snehal Shanmugum Pillai; published in PROCESS India November 2013)
Waste to Wealth

Researchers Turn Plastic Waste into Fuel

From landfills to the Pacific Garbage Patch: Plastic waste is a major environmental and public health problem. India alone consumes 11 million tonnes of plastic per year out of which 5.6 million tonnes turns into waste. Now, a new technology from India could help to convert these waste amounts of waste into valueable high-indemand fuels virtually without causing any secondary pollution in the process...

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“I feel that our results are a breakthrough. It can have great importance for the efficient production of new molecules and, consequently, new drugs, crop protection agents and functional materials” is the assessment of Frank Glorius. (WWU/Peter Grewer)
Germany: Basic Research

Formulation of Fluorinated Molecular Rings Has Great Impact on Development of New Molecules

Chemists led by Prof. Frank Glorius from the University of Münster have developed a new and practical synthetic method for the formation of fluorinated three-dimensional “saturated” molecular ring structures. This development can have great importance for the efficient production of new molecules and, consequently, new drugs, crop protection agents and functional materials.

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