Synhelion’s solar receiver achieves a temperature of 1,500°C and higher. That’s unprecedented. Even the Gen3 particle-based solar receiver being pilot-scale tested now at Sandia – and the DLR CentRec receiver licensed to Heliogen – operate at the (relatively!) lower temperature of 1,000°C. One of Synhelion’s
Press Release: Aug 3 2023 Synhelion and Cemex announced today a significant milestone in their joint effort to develop fully solar-driven cement production: the scaling of their technology to industrially-viable levels. This includes the continuous production of clinker, the most energy-intensive part of cement manufacturing,
Adding nickel to ceria can yield solar syngas at lower temperatures – at just 700°C Solar thermochemistry researchers at the University of Florida and Synhelion tried a new way to generate syngas, the precursor to hydrocarbon fuels like jet fuel or diesel. Solar syngas production
Press Release: Paving the way for solar fuels: Jülich, Germany, August 18, 2022 Synhelion has become the first company in the world to succeed in producing syngas on an industrial scale using only solar heat as an energy source. The Swiss solar fuel pioneer successfully
By the middle of the 21st century the global energy system will hopefully be very different, with clean energy, clean fuels and clean heat supporting a highly decarbonized future. It will require so many changes in how we have done these things so far, that
To expand internationally with its high temperature solar fuels, Synhelion now acquires high temperature solar field experts Heliokon
Synhelion will produce concentrated solar heat at 1500°C for the cement plant and receive highly concentrated CO2 to produce synthetic fuels
Synhelion is developing technology to produce synthetic gas from air and sunlight. This can be processed into fuel that can be burned in standard engines
NATION; CITY INSTITUTE ITEM: 2020 STATUS DESCRIPTION/SPECIFICATION CONTACT Australia; Canberra ANU High-Flux Solar Simulator 18×Xe lamps, focal heat 15 kWth with approx 10,000 suns. Lab is equipped with gas supplies. Professor Wojciech Lipinski Australia; Canberra ANU Little Dish 20 m² dish concentrator, with peak CR
A Swiss startup is working on commercializing two routes to solar jet fuel – to market first by 2022, and by 2030, from direct air capture of CO2 and H2O
Task Operating Agents – Organization Staff Michael Wagner Operating Agent – Task I Solar Thermal Electric Systems University of Wisconsin Madison, Wisconsin United States of America Dr Woei Saw Operating Agent – Task II Solar Chemistry Research University of Adelaide Adelaide SA 5005, Australia Dr.
Operating Agent: Dr Woei Saw, The University of Adelaide, woei.saw@adelaide.edu.au Nature of the work & Objectives Task II addresses the demonstration, scale-up, and market penetration of solar-driven thermochemical processes for the production of fuels (e.g. hydrogen, syngas, methanol, kerosene, diesel) and materials (e.g. metals –
