43results about How to "Simple control conditions" patented technology

The present invention discloses a process method for preparing synthesis gas by using a zero carbon or negative carbon emission system. The process method comprises that: 1) first raw material gas is subjected to desulfurization, steam is matched, pressurization and heating are performed, a reaction is performed to obtain first conversion gas, the first conversion gas is output, the output first conversion gas and pure oxygen are mixed and then enter a two-stage furnace to react so as to obtain second conversion gas, and the second conversion gas is output from the two-stage furnace; 2) second raw material gas is subjected to desulfurization, pressurization and heating and then is mixed with pure oxygen and carbon dioxide, then a reforming reaction is performed to obtain third conversion gas, and the third conversion gas is output from the reforming reactor; and 3) the second conversion gas is subjected to heat recovery and then is mixed with the third conversion gas to form crude synthesis gas, wherein the crude synthesis gas is adopted as the subsequent synthesis gas with or without a decarbonization device. According to the present invention, the greenhouse gas emission is reduced, the carbon efficiency is improved, the recycling of the carbon resources of the energy source chemicals is achieved, the hydrogen-carbon ratio of the synthesis gas achieves the ideal ratio of the downstream process requirement, and the zero carbon or negative carbon emission of the whole system is achieved.

The invention relates to an aluminum nitride ceramic plate metalization method, which comprises the following steps of cleaning the surface of an aluminum nitride ceramic plate; forming a titanium conduction layer with the set thickness on the surface of the aluminum nitride ceramic plate; using the aluminum nitride ceramic plate subjected to titanium plating on the surface as a cathode; putting the aluminum nitride ceramic plate into an electrolytic bath; using refined copper as an anode; putting the aluminum nitride ceramic plate into a heat treatment furnace; then, performing heating and temperature rise; seeping the titanium conducting layer to the aluminum nitride to form a TiN metallurgical transition layer and simple substance aluminum; continuously performing heating and temperature rise; sending ultrasonic waves to the aluminum nitride ceramic plate through a ultrasonic wave generating device, so that the liquid-state simple substance aluminum vibrates and flows out; stabilizing the TiN metallurgical transition layer; performing further heating and temperature rise; seeping the titanium conducting layer to the copper plating layer to form a TiCu metallurgical transition layer. Compared with the prior art, the method provided by the invention has the advantages that the liquid-state simple substance aluminum in the TiN metallurgical transition layer vibrates, so that the liquid-state simple substance aluminum melts and is discharged out of the aluminum nitride ceramic plate; the connection intensity of the copper plating layer and the titanium conducting layer is improved; the product quality and the finished product rate are improved.