Task 64 Solar Process Heat Converting solar radiation into heat and further the intelligent integration of the produced heat
Task 62 Solar Energy in Industrial Water & Wastewater Applying solar thermal energy to disinfect, decontaminate and separate waste water
Task 49 Solar Heat Integration in Industrial Processes This task will look into the feasibility of using solar thermal energy in industrial processes.
Task 33 Solar Heat for Industrial Processes The objective of this task is to find ways to make use of the huge potential for solar heat in industry and to open a new market sector for the solar thermal industry.
10 MAY Ammonia recovery to serve as fertilizer and energy fuel Production of ammonia as a fertilizer is a huge global industry with an enormous energy demand. The Austrian institute AEE INTEC has successfully operated... read more
04 NOV Standardised yield assessments for industrial solar heat plants The yield of solar process heat systems as simulated during feasibility studies has a decisive influence on the profitability of the respective investment.... read more
10 AUG How SHIP can compete with heat produced from natural gas in Europe Many studies have shown the huge potential solar thermal has for clean heat production in industry. But so far, there have been comparatively few attempts... read more
28 JUN German university offers new tool to display factory heat loads To simplify the design of industrial solar heat systems in Europe, the German University of Kassel has developed an Excel tool that can be used to create... read more
20 MAY Europe holds top spot for SHIP incentives Spain has recently launched an investment grant scheme focused on industrial solar heat, joining an already long list of European countries – including... read more
14 APR Water-energy nexus in wastewater management Solar-powered water treatment can significantly reduce industrial manufacturers’ water and energy footprints and turn municipal water treatment plants... read more
28 JAN Using solar energy to recover acids and metals from wastewater An IEA SHC research group led by Dr Joachim Koschikowski, of Fraunhofer ISE, has created a matrix depicting thermal separation methods for industrial wastewater... read more
16 DEC Heat Load Profiles – A Key for Unlocking Renewable Heating Systems Potential In the context of IEA SHC Task 64: Solar Process Heat, researchers developed a method to estimate the heat load profiles of companies in industry... read more