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Week In Review: Manufacturing, Test

Week In Review: Manufacturing, Test
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United statesHsin pei shihGiel ruttenRockley photonicsEric swalwellCollege of semiconductor research coInstitute of microstructure technologySsc healthLam research high school core value scholarshipsKarlsruhe institute of technologyNanya technologyAmkor technologyTaiwan national tsing hua universityGalaxyz foldGalaxyz flipGalaxy watch

New chemical process uses photocatalytic membrane to remove steroid hormones

New chemical process uses photocatalytic membrane to remove steroid hormones
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Roman lyubimenkoEmily hendersonEuropean unionKarlsruhe institute of technologyInstitute of microstructure technologyKarlsruhe instituteProfessor andrea iris schAdvanced membrane technologyMicrostructure technologyAdvanced membrane technologyandஎமிலி ஹென்டர்சன்ஐரோப்பிய தொழிற்சங்கம்கார்ல்‌ஸ்ரூ நிறுவனம் ஆஃப் தொழில்நுட்பம்கார்ல்‌ஸ்ரூ நிறுவனம்ப்ரொஃபெஸர் ஆண்ட்ரியா கருவிழி ஸ்ச்

Water Treatment: Removing Hormones with Sunlight

Karlsruhe Institute of Technology Insertion of the photocatalytic membrane into the membrane reactor. (Photo: Markus Breig, KIT) Micropollutants such as steroid hormones contaminate drinking water worldwide and pose a significant threat to human health and the environment even in smallest quantities. Until now, easily scalable water treatment technologies that remove them efficiently and sustainably have been lacking. Scientists at the Karlsruhe Institute of Technology (KIT) developed a new chemical process for removing hormones. It takes advantage of the mechanisms of photocatalysis and transforms the pollutants into potentially safe oxidation products. The team reports on this in the scientific journal Applied Catalysis B: Environmental.

Andrey turshatovRoman lyubimenkoMarkus breigOscar ivan gutierrez cardenasEuropean unionKarlsruhe institute of technologyInstitute of microstructure technologyKarlsruhe instituteProfessor andrea iris schAdvanced membrane technologyMicrostructure technologyBryce sydney richardsAndrea iris schEuropean unionWastewater treatmentWater treatment

Perovskite Solar Modules: High Efficiency on a Large Surface Area

Karlsruhe Institute of Technology An innovative combination of processes enables the interconnection of cells to form modules with nearly no losses. (Photo: Amadeus Bramsiepe, KIT) From cell to module without loss of efficiency: This is one of the main challenges of perovskite photovoltaics. Researchers at Karlsruhe Institute of Technology (KIT) have now managed to produce perovskite solar modules with minimum scaling loss. For this purpose, they combined laser-based series interconnections with vacuum processing of all layers of the solar cell. They achieved an 18 percent efficiency on an area of four square centimeters – a world record for vacuum-processed perovskite solar modules.

Baden wübergUlrichw paetzoldDavid ritzerTobias abzieherEnergy centerInstitute of microstructure technologyMaterials research societyFramework programme for researchGerman federal ministry for economic affairsLight technology instituteResearchers at karlsruhe institute of technologyGeneration photovoltaics departmentKarlsruhe instituteBased vapor depositionSolar cell layersEfficiency levels

Nanotechnology Now - Press Release: Shedding light on perovskite films: Efficient materials for future solar cells - New model to determine photoluminescence quantum efficiency

Our NanoNews Digest Sponsors Home > Press > Shedding light on perovskite films: Efficient materials for future solar cells - New model to determine photoluminescence quantum efficiency In terms of efficiency, perovskite solar cells have caught up on silicon solar cells, but some of their properties are not yet understood completely. CREDIT Markus Breig, KIT Abstract: Photovoltaics decisively contributes to sustainable energy supply. The efficiency of solar cells in directly converting light energy into electrical energy depends on the material used. Metal-halide perovskites are considered very promising materials for solar cells of the next generation. With these semiconductors named after their special crystal structure, a considerable increase in efficiency was achieved in the past years. Meanwhile, perovskite solar cells have reached an efficiency of up to 25.5 percent, which is quite close to that of silicon solar cells that are presently dominating the market. Moreover,

Baden wubergPaul fasslMarkus breigUlrichw paetzoldSandra wiebeMonika landgrafTechnical university of dresdenContact for this pressHydrogen productionInstitute of microstructure technologyMaterials for next generation photovoltaics groupResearch universityLight technology instituteKarlsruhe institute of technologyWave incHome press