By avoiding accumulations of fugitive material that required cleanup, Grupo Cementos de Chihuahua is reducing the need for maintenance personnel to work in close proximity to fast-moving conveyors. (Picture: Martin Engineering)
Belt Conveyor Technology

US Cement Manufacturer takes Control of Fugutive Material

A global producer of cement, ready-mixed concrete, aggregates and related products has completed a significant upgrade to its bulk material handling conveyors, helping the company eliminate waste and reduce maintenance, while minimizing potential risks from airborne dust and fugitive material build-up. By avoiding accumulations that required cleanup, the company is also reducing the need for maintenance personnel to work in close proximity to fast-moving conveyors, helping further diminish the chance of accident or injury.

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By adding a new production unit in India, the acquisition further expands Celanese’s global manufacturing footprint. (Deposit Photos )
India: Thermoplastics

Celanese Acquires Next Polymers

Celanese‘s recent takeover of one of India’s largest engineering thermoplastics compounders has enabled the firm to possess a 20 kilo tonnes per annum domestic compounding production facility in the country along with quality production lines to support local customers.

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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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The MMA two Advisory Board's role is to advise the Executive Board on strategic matters regarding the project’s scientific scope and direction. (MMA two )
France: PMMA Value Chain

Arkema Participates in Project Promoting Post-Industrial and End-of-Life Waste Recycling

The MMA two project comprises 13 partners from six different countries representing all stages of the PMMA value chain, aims to develop a new and innovative process to recycle post-industrial and end-of-life PMMA waste into second generation MMA (methyl methacrylate) monomer. As a partner in this European project, Arkema's Scientific Director Jean-Luc Dubois chairs the project's Advisory Committee.

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