Published:
March 15, 2021
Last Updated:
March 15, 2021
Services:
Chemicals More...
Priorities:
Evolution of the Power Grid More...
Topics:
Activities:
Project More...
Further Reading
Hydrox Holdings
Company Profile | March 18, 2022
Membraneless electrolyzer system with nickel electrodes; hydrogen and oxygen gas are carried out of the system through flow of electrolyte Claims an energy efficiency of 70% and production costs of USD 3.00/kg hydrogen Currently operating a 20‑kW electrolysis unit Membraneless electrolyzers... Not part of subscription
Starfire Energy
Company Profile | April 14, 2022
Develops a fast‑ramping ammonia synthesis reactor using a patent‑pending ruthenium or cobalt catalyst and operating at pressures of up to 50 bar; operating a 10‑kg/day lab‑scale ammonia synthesis unit and launching a 100‑kg/day pilot scale ammonia synthesis system by the end of 2022 Develops an... Not part of subscription
Hydrogenious LOHC Technologies
Company Profile | May 25, 2022
Uses benzyltoluene as a liquid organic hydrogen carrier; develops separate storage and release systems to store and transport hydrogen from one location to another Hydrogenious currently offers its system in modular units with hydrogen storage capacities of up to 12 tonne/day and release ... To read more, click here.
by Runeel Daliah
Hydrogenious LOHC Technologies will launch its first industrial unit to store up to 1,800 tonnes of hydrogen per year using a liquid organic hydrogen carrier (LOHC). The unit will be located in Dormagen, Germany, and will be the largest deployment of the company's technology yet. In a recent conversation with Lux Research, Hydrogenious LOHC Technologies said it was gearing up for full commercial expansion and currently developing 7,300 tonnes per year hydrogen storage units that would be used for international transport of hydrogen. While its main competitor Chiyoda is ahead in terms of international projects, Hydrogenious' benzyltoluene technology is more efficient and safer than Chiyoda's toluene solution.
For the original news article, click here .