Share

Related Links

Related Stories

  • Performance of new membrane material
    To match the series of articles appearing through 2009 in Filtration + Separation covering separation equipment, Ken Sutherland looks at recent developments in the key component of filtration equipment, namely the various types of filter media. His examination includes ceramics, nonwovens and polymeric membranes and their place in future industry.
  • Renewable energy: Filtration and the green energy revolution
    There is increasing inter-dependency between new filtration technologies and renewable energy. In this article, Dr Mike Coffey looks at the growing use of renewable energy in systems such as wastewater treatment and biogas combustion, and integrating sustainable power into energy intensive reverse osmosis systems.
  • What is nanofiltration?
    A relatively recent development in membrane processes, Ken Sutherland looks at the rapidly expanding field of nanofiltration, its characteristics and its applications.
  • The rise of membrane bioreactors
    The membrane bioreactor has become an important processing tool in the treatment of waste liquids and of suspensions of waste solids. Ken Sutherland reviews its history, looks at its current applications, and comments on likely trends.
  • Wastewater recycling to potable water standards
    With increasing pressures on water supplies, water recycling in food and drinks production has become a much higher priority. A UK-based food processor is using membrane bioreactors to recycle wastewater to potable water standards.

Top 5 Stories

News

Evonik acquires Membrane Extraction Technology

03 March 2010

Evonik Industries AG has acquired Membrane Extraction Technology Ltd (MET), a London, UK-based chemical separations specialist supplying the pharmaceutical and fine chemicals industries.

The Membrane Extraction Technology acquisition is part of Evonik’s strategy to invest in attractive developing markets driven by resource efficiency and strengthens Evonik’s P84® fibers and high-performance polymers business.

Dr Joachim Leluschko, head of High Performance Polymers at Evonik, believes that the investment represents a significant step towards expanding the company’s high-performance polymers business. “There will be a fast growing demand for energy & environmental friendly solutions like membrane based technologies. MET’s proprietary technology complements Evonik’s process competence and global market presence very well and fastens our access to this attractive market,” said Dr Leluschko.
 
“The synergies between MET and Evonik make a compelling case for this excellent deal and will make the combination company a leading player in Organic Solvent Nanofiltration (OSN),” said Professor Andrew Livingston, CEO of Membrane Extraction Technology.
 
Founded in 1995 by researchers from London’s Imperial College Department of Chemical Engineering, Membrane Extraction Technology has an international client base covering the USA, Europe and the Far East.
 

 

This article is featured in:
Bulk chemicals  •  Pharma and biotech

 

Comment on this article

You must be registered and logged in to leave a comment about this article.