glucoCELL

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Development, prototype manufacturing and testing of cost-effective single-use sensors for on-line measuring of glucose and lactate in bioreactors for cultivation of eukaryotic cells such as human and mammalian cells.

Glycomics

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The development of new methods to ensure optimal incorporation of the sugar structures of protein-based medicines is considered to be crucial for Danish biotech businesses as it allows the development of new safe and effective products. A controlled, optimal production process will also meet the increasing demands for documentation of products and production processes.

HotGaSys

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The objective of the HotGaSys research projects was to develop a compact Hot Gas Particulate Clean-up System. The proposed system consists of an assembled giant honeycomb unit which could reach as much as 3 meters in length and 10 meters in diameter.

NanoSponge

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The objective of the NanoSponge project was to develop a practical method for removal of organic contaminants at concentrations as low as one ppb (parts per billion). In a manner similar to that for organic polymers, nanoporous polymers offer flexibility in processing and can be fabricated into granular solids, powders and membranes.

Atlantis

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13 European partners covering a broad spectrum of technologies and areas of expertise with the purpose of mutually developing improved exhaust gas cleaning systems and compact bioreactors.

Notox

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The Copenhagen City Community and City Bus Authorisation requested a DPF technology to improve the air quality in the city. This huge task was given to Stobbe Tech supported by the Danish Technical University and with national funding.

SolAir

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The SolAir research project addresses a technology development for cost reduction and further commercialization of concentrated-solar-power (CSP) tower plants. Europe’s first solar thermal tower power plant to be operated on a commercial basis is being planned in southern Spain.