Energy: The core link of the new energy system
Industrial: Decarbonization innovation in high-energy-consuming fields
Consumer goods: Technology empowering daily health
Energy
Industrial
Consumer goods
Company News
Industry News
Exhibition Updates
中 | English
Hydrogen refueling station
The core of hydrogen energy transportation refueling—providing efficient and clean fueling services for hydrogen fuel cell passenger vehicles, commercial vehicles, buses, and heavy-duty trucks—is the foundational network that supports the large-scale development of hydrogen-powered transportation.
Hydrogen ammonia alcohol
A core carrier for green hydrogen conversion, it transforms “green hydrogen” into liquid ammonia or green methanol, efficiently addressing the challenges of long-distance and large-scale storage and transportation of hydrogen, and supporting cross-regional clean energy trade and long-term energy storage.
Hydrogen-blended natural gas
The low-carbon transition pathway for conventional energy sources does not require significant modifications to existing infrastructure. By proportionally blending natural gas into the existing pipeline network, it can directly reduce the carbon intensity of gas consumption in residential, commercial, and industrial sectors.
Off-grid offshore wind-to-hydrogen production
In the direction of large-scale green hydrogen production, hydrogen is directly produced via electrolysis using offshore wind energy resources in deep and remote waters. The hydrogen is then transported by ship or pipeline, perfectly addressing the challenges of integrating and accommodating offshore wind power into the grid, thus enabling the mass production of low-cost green hydrogen.
Hydrogen Metallurgy
The zero-carbon revolution technology in the steel industry replaces coke entirely with hydrogen as a reducing agent for ironmaking, eliminating the vast majority of carbon dioxide emissions at the source and paving the way for the industry to achieve “zero-carbon steelmaking.”
Glass/Ceramic Manufacturing
The building materials industry is embracing a green upgrade of its heat sources, replacing coal and natural gas with zero-carbon, high-quality heat sources to power kilns. These heat sources precisely meet the stringent requirements for high temperatures and cleanliness in processes such as glass melting and ceramic sintering.