Plasma Methane Pyrolysis (PMP) System for Hydrogen Production
🔹 Target
Providing clean hydrogen (H2) and carbon black (C) raw materials to industries, assisting enterprises in achieving their 2050 Carbon Neutrality goals.
🔹 Core Technology
We have developed an innovative Natural Gas (Methane, CH₄) Pyrolysis Technology for the mass production of carbon-free hydrogen and high-quality carbon black.
Technical Advantages: We have successfully overcome the four major bottlenecks that have long challenged the international community in hydrogen production via methane pyrolysis:
-
Carbon Buildup: Solved the issue of carbon accumulation (coking) inside the reactor.
-
Catalyst Degradation: Eliminated the problem of rapid catalyst wear and consumption.
-
High Energy Consumption: Our technology requires only 11 kWh of energy to produce 1 kg of hydrogen, significantly lower than the energy consumption of other international hydrogen production methods.
-
Operational Longevity & Cost: Overcame the challenges of short reactor lifespans and high operational costs, enabling long-term, stable production.
🔹 Schematic Diagram of Methane Pyrolysis
Pyrolysis
Natural Gas(CH4) --> Hydrogen (2H2) + Carbon Black (C)
🔹 Pyrolysis System
CH4 inlet flow
H₂ output
🔹 Commercial Value of Natural Gas Pyrolysis for Hydrogen and Carbon Black
-
Meeting Market Demand: Production of hydrogen and carbon black from natural gas to satisfy the surging global demand for clean energy and industrial raw materials.
-
Versatile Applications: Hydrogen can be utilized in hydrogen fuel cell vehicles (HFCVs), fuel cell systems, and the semiconductor industry.
-
Empowering SMEs: Assisting Small and Medium Enterprises (SMEs) in establishing hydrogen power generation units to provide green electricity and achieve ESG carbon reduction goals.
-
Power Plant Transformation: Existing natural gas power plants can be directly retrofitted into hydrogen power plants, eliminating CO2 emissions while bypassing the logistical challenges of hydrogen import, transport, and storage.
-
High-Value Industrial Raw Material: Carbon black serves as a high-value material for lithium-ion batteries, tire manufacturing, the rubber industry, and the semiconductor sector.
🔹 Market Applications of Hydrogen from Natural Gas
🔹 The Advantages of Methane Pyrolysis Over Other Hydrogen Production Methods
