SolarSpring Newsletter: Water and salt recovery from stockpile leachate

Water and salt recovery from stockpile leachate on the basis of a combined membrane distillation-crystallization process   SolarSpring GmbH will receive a total grant amount of 233,254.00 euros in the three-year term for the project named „HaSiMem“ which is supported by the Bundesministerium für Bildung und Forschung (BMBF). Five partners […]

SolarSpring Newsletter: Innovative pilot project launched at the municipal wastewater treatment in Forchheim

Innovative pilot project launched at the municipal wastewater treatment in Forchheim South-West German Federal Environmental Foundation supports development of pilot system   © AZV Breisgauer Bucht, Forchheim (Germany) A pilot system for the energy efficient recovery of ammonia from municipal wastewater using membrane distillation technology was commissioned at the beginning […]

SolarSpring Publications: Techno-economic comparison of membrane distillation and MVC in a zero liquid discharge application

Abstract Membrane distillation (MD) is a thermally driven membrane process for the separation of vapour from a liquid stream through a hydrophobic, microporous membrane. However, a commercial breakthrough on a large scale has not been achieved so far.Specific developments on MD technology are required to adapt the technology for applications […]

SolarSpring Newsletter: 10 years SolarSpring!

Dear Partners, respected Customers, SolarSpring GmbH was founded on February 3rd, 10 years ago. Four employees from the Fraunhofer Institute for Solar Energy Systems had the vision of making water available anywhere in the world. What we have achieved so far: Well over 250 membrane distillation modules built Systems installed […]

SolarSpring Publications: Air gap membrane distillation for hypersaline brine concentration

Operational analysis of a full-scale module – New strategies for wetting mitigation Abstract Membrane distillation (MD) is a thermal separation process which possesses a hydrophobic, microporous membrane as vapor space. A high potential application for MD is the concentration of hypersaline brines, such as e.g. reverse osmosis retentateor other saline effluents to be concentrated to a near saturation level with […]