Facilities

Lab I

Advanced energy materials and Green chemical process engineering

Lab ii

Carbon research and AI assisted intelligent chemical engineering

Main Factilities

solid hydrogen storage (lab scale)

Wide range of working conditions: 0-100 bar and 0-1000 C
Durable cycling testing: 3000 times

5kg-solid hydrogen storage (demo)

Integrated hydrogen storage and heat storage system
Uses heat for hydrogen absorption and release
Transfers heat via heat transfer oil
Hydrogen release driven by thermochemical heat reaction
Includes small hydrogen fuel cell for power

synergy of carbon and Heat to fuel

Kg-level testing capacity
Synergy of heat and CO2 capture
High temperature solar splitting for fuels
Hign flow rate online gas monitoring
Adjustable reaction atmosphere: temperature up to 1600C

ENERGY-EFFICIENT AMMONIA SYNTHESIS

Room pressure reaction
Thermal energy recovery
Hygrogen regeneration

Green Steel USING AMMONIA

Direct reduction of iron ore
Green steel making
Hydrogen and ammonia explored as reductants

Synergy of heat and Hydrogen storage

Therochemical energy storage (chemical heat pump)

Perovskite based SOlar splitting to fuels

clean WATER generation and COLD storage

Data center cooling system with thermal energy storage

H2 GENERATOR

BALL MILLING

High energy

environmental chamber

Moisture and temperature control
T range: -40 - 180C

600mm furnace

up to 3000 C

300mm furnace

up to 1200 C

150mm furnace

up to 800 C

muffle furnace

pure water machine

GAS analyzer

GAS Chromatography

H2 AND CO2 GAS ANALYZER

Experimental rigs and Equipment in progress

AI assisted intelligent manufacture platform (Robot)
Computing Workstation
Simultaneous Thermal Analysis - Mass Spectrometry
Gas Chromatography-Mass Spectrometry

Page updated

Google Sites

Report abuse