Share

Related Stories

  • Water recycling in the brewing industry
    Effluent should be recycled back into brewery operations with less reticence than is currently the case, according to South African wastewater specialists Talbot & Talbot. Throughout many parts of the world there are areas or entire regions where water is scarce and water quality highly suspect. In these situations beer quality is often compromised and production schedule disrupted. The use of properly treated effluent presents the brewer with a safer option and greater security of supply.
    Members' Content
  • Seawater desalination: US desalination industry addresses obstacles to growth
    Seawater desalination faces a number of challenges in the USA. Nikolay Voutchkov of Water Globe Consulting, LLC, explains some of these and looks at ways they can be tackled.
  • 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.
  • Potable water using thin film composite
    Developers were required to provide a Chilean mine with its own drinking water supply, due to the constraints of the desert area. The successful pilot of a seawater membrane system led to a permanent solution which provides drinking water for the mining camp and process water for the filter units.
  • ITT awarded $32 million contract for sewage treatment works extension
    Larsen & Toubro awarded the contract for the Phase II extension of Quatar’s Doha South sewage treatment works.

Top 5 Stories

News

Bluewater Bio secures first sales of its HYBACS process in South Africa

19 April 2010

The HYBACS (Hybrid Bacillus Activated Sludge) process will be used in the first phase extension of the Botleng sewage treatment plant in a licensing agreement with Headstream Water

Two of Bluewater Bio’s SMART (Shaft Mounted Advanced Reactor Technology) units, which drive the HYBACS process, will also be installed. The plant extension has been designed to treat 7,000 m³ per day, with the first phase extension being 3,500 m³ per day. The second phase of the extension is expected to follow once the municipality has secured the required budget. The plant will be owned and operated by the Victor Khanye Local Municipality.

Martie Janse van Rensburg, non executive chairperson of Headstream Water Holdings, said: “Bluewater Bio’s proven HYBACS technology is being recognised globally as an appealing option to alleviating issues of water shortage, providing high-quality effluent treatment, reducing capital and energy costs, and maximising the use of limited footprint at treatment facilities. Its ability to remove nutrients from wastewaters while delivering superior economics and energy savings when compared to conventional plants makes it a very suitable solution to the needs of sewage treatment in South Africa.”

 

 

This article is featured in:
Energy efficiency  •  Sewage  •  Water and Wastewater

 

Comment on this article

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