Chief Technology Officer

Cto cover may2017

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Market Map

The building blocks for decentralised wastewater treatment

A growing interest in a decentralised approach to sanitation is driving the uptake of containerised and modular wastewater treatment processes. GWI explores how to build a winning system.

Ctomarket map may17

Key Terminology: The building blocks for decentralised wastewater treatment

Smart Water Watch

Schneider Electric pivots towards the top layer of digital water systems

The 180-year-old industrial automation giant is repositioning itself in the era of digitisation and artificial intelligence. Promoting its lesser known expertise in data management is the first step.

From CTO

Tom pankratz

The difference between a clock and a wristwatch

Tom Pankratz

In mobile desalination, not all containerised solutions are created equal. Tom Pankratz outlines the advantages and pitfalls that need to be considered. read more


User Perspectives

High and dry: How miners in the Andes are managing the water resource challenge

Latin American copper miners are ensuring sustainable operations by recovering more water and deploying digital technologies. GWI finds out their strategies.

CTO Outlook

Changing the game in desalination

Aquatech International is at the forefront of innovation in the desalination and brine concentration sectors. The company’s technology leader tells GWI how it is pushing the boundaries in these areas and beyond. read more

First Report

Pharem Filtration System by Pharem Biotech

Pharem Biotech, headquartered in Södertälje, Sweden, is applying biotechnology to water treatment for the removal of organic micropollutants. It has developed an enzymatic filtration process whereby enzymes used in a chemical-biological process break down biodegradable contaminants in a wastewater stream. The enzymes are tailored specifically to more difficult-to-break-down biodegradable pollutants and remove them to parts per billion (ppb) levels. The process claims to be energy independent and little to no external energy is required.

 

Xzero-MD by Xzero / Scarab

Xzero has developed a membrane distillation (MD) system initially aimed at the semiconductor industry for both producing ultrapure water as well as treating wastewaters (particularly spent rinse water) from the fabrication plants (fabs). The company is marketing the MD technology as an alternative to established technologies such as reverse osmosis and electrodeionisation. In an MD system, vaporised water overcomes surface tension and passes through a membrane before being condensed on the other side, while particles are left behind due to their inability to escape the surface tension. The company uses an air gap configuration, where there is an air gap between the membrane and a cooled wall within the system.