(Second-generation methanol-to-hydrogen production--autothermal methanol-to-hydrogen production)

Which companies are suitable for using our patented self-heating methanol hydrogen production?
1. The location of the factory is close to the living area, and the control of flue gas emission is very strict.
2. Enterprises that lack land resources in the factory area and cannot meet the safety distance of open fire boilers.
3. There is hydrocarbon-rich exhaust gas in the plant area, and the operating cost of the heating part can reach O.
4. In remote areas where energy is relatively scarce, the patented furnace has low fuel requirements, and electric preheating is also required to start. The hydrocarbon-containing substances such as waste methanol can meet the reaction requirements and achieve drying heat.

Working Principle
Under the action of the oxidizing property of the reactor and the catalyst, the oxygen-containing atmosphere is used to react the fuel and oxygen to release a large amount of heat energy and conduct the heat energy through the heat carrier. It avoids the pollution of the atmosphere by smoke, sulfide and nitrogen oxides produced by combustion.

Technical Features
1. High technology: exclusive patented oxidation catalyst, no flame oxidation exothermic reaction
2. Green emissions: the exhaust gas is composed of water vapor and carbon dioxide
3. High efficiency: 99% conversion of fuel
4. High safety: no flame reaction, low pressure operation (<0.5kg/cm2) throughout the whole process of catalyst oxidation and heat release, the catalyst stops the reaction immediately when the fuel stops, and there is no danger of explosion due to fuel retention
5. High stability: the oxidation exothermic reaction is controlled by the methanol feed amount, and the temperature is controlled stably with ±2°C
6. High volume utilization: no combustion furnace, the reactor body is actively miniaturized

Technical Indicators
Heat：50000KCal-2000000KCal
Temperature：240℃-320℃