(Self heating methanol to hydrogen production)
1.The location of the plant is close to the living area, which is very strict for the control of flue gas emissions.
2.Lack of land resources in factories, unable to meet the safety spacing of open fire boilers
3.There are rich hydrocarbon tail gas in the plant, and the running cost of the heating part can reach 0.
4.In remote areas where energy is relatively scarce, patent furnaces have low fuel requirements and require electric preheating for start-up. Hydrocarbon-containing substances such as waste methanol can meet the reaction requirements and achieve baking heat.
The use of oxygen in the oxidation catalyst and reactor under the effect of the reaction of fuel and oxygen releasing large amounts of heat, and the heat conduction out through heat carrier. It avoids the pollution of air, sulphide and nitrogen oxides caused by combustion.
1.High-tech: exclusive patent of oxidation catalyst, oxidation exothermic reaction without flame.
2.Green emissions: tail gas is composed of water vapor and carbon dioxide
3.High efficiency: 99% conversion of fuel
4.High safety:No flame reaction,the low voltage operation (<0.2hg/cm2) through catalytic oxidation exothermic,fuel stop immediately any catalyst stop reaction , can not cause the explosion danger because of fuel retention.
5.High stability:The feed amount of methanol to control exothermic oxidation reaction,temperature control stably±2℃,start very quick.
6.High volume utilization:No combustion furnace,reactor which minimized the volume.
Quantity of heat:50000KCal-2000000KCal
Temperature:240℃-320℃