Welcome to StanTech GmbH
Global know-how in design and industrial scale manufacturing of synthetic membranes and respective membrane modules
StanTech GmbH is an innovation-oriented company with more than 30 years of industrial expertise in the field of synthetic membranes, material separation, e.g. water treatment, food and medical technology, waste water and exhaust air purification. We are specialized in material separation within the chemical and biochemical industry.
Why StanTech ?
We offer comprehensive solutions in specially selected areas of industrial production.
Hollow fiber membranes and modules
StanTech offers know-how and 30 years of experience in applications of hollow fiber membranes and modules that are utilized in gas separation and pervaporation for selective separation of volatile organic solvents from waste exhaust and waste water streams.
StanTech offers know-how and 30 years of experience in applications utilizing bipolar membranes in two-, three- and four circuit membrane stacks for the economic production of the respective acids and bases out of their salts as well as for pH regulation of aqueous process streams.
Spiral wound modules
StanTech offers know-how and 30 years of experience in applications in which spiral wound modules are utilized in the fields of crossflow micro- and ultrafiltration for clarifying and/or sterilizing aqueous process streams in all areas of water and wastewater treatments as well as in reverse osmosis systems for desalination.
StanTech offers know-how and 30 years of experience in applications in which electrodialysis plants are utilized mainly for the economic production of potable water from brackish water sources, but also for desalination and/or deacidification of salt and/or acid containing aqueous process streams in the pharmaceutical and food industry.
Turnkey model production facilities
StanTech offers know-how and 15 years of experience in the implementation of complete (turnkey model) production facilities for hollow fiber membranes manufactured from various high-performance polymers for the utilization in so-called „artificial kidneys“, in water and waste treatments, oxygenation and peripheral applications.