From Renewable Energy To Green Hydrogen
The key to meeting the decarbonization challenges of the global economy is the continued development of renewable energy sources and the cross fertilization of multidimensional energy sources, linking renewable energy to developed industrial, energy and transportation infrastructure.
EPC Energy Technology combines water electrolysis with CCUS technologies to generate "green chemicals" from renewable energy. We commit to this global green energy transition.
Our Green
Solution with
Carbon Capture
The green hydrogen solution proposed by EPC Energy Technology can integrate intermittent fluctuating energy sources such as solar and wind power into the process, from planning, commissioning to operation.
We integrate our chemical process ability and our instrument design experience, in order to serve as a reliable partner to provide you with professional and customized services and technical support.
Innovative
Reactor for
Chemical Process
Our unique microchannel reactors are using biomimetic structure design, imitating the hollow microstructure of butterfly wings.
Small size, high efficiency, high temperature resistance, high pressure resistance. With the same heat transfer capacity, the volume is only 1% of the tube heat exchanger and 10% of the plate heat exchanger.
Compared with traditional chemical reactors, EPC's unique 3D microstructure greatly enhances its reaction efficiency.
R & D
Applications
EPC Energy Technology provides efficient and reliable equipment and accurate measurements to meet the different needs of engineers and researchers in the field of green chemistry.
Our products have been used in many scenarios in universities, research institutions and renewable energy companies and have received extensive positive feedback worldwide.
Our robust supply chain in China has given us the ability to fast response customization for various R&D programs. Our specialty is in the design and manufacture of skid-mount equipment to meet the full range of customer needs in the field of hydrogen production and CCUS.