36results about How to "Safe and Stable Combustion" patented technology

The invention relates to the technical field of ammonia combustion, and particularly relates to an ammonia combustion control method and an ammonia combustion device. The ammonia combustion control method comprises the following steps of a starting combustion control stage, a continuous combustion control stage and an end combustion control stage which are sequentially conducted, by controlling the composition of mixed gas in each stage of ammonia combustion, the ammonia gas can be completely combusted under a micro-positive pressure condition, meanwhile, heat is provided to the outside, compared with a traditional high-pressure condition, the energy consumption and requirements of equipment are reduced, and the production cost is reduced. The adopted control method is simple and convenient to operate, safe and efficient, and can ensure that the ammonia combustion process is safe and stable.

The invention provides a method for refining a hydrogen chloride gas and aims to provide a refining method with simple process flow, high hydrogen-removing rate and capacities of reducing refining procedures and saving energy cost. The method comprises the following steps of: measuring hydrogen content of the hydrogen chloride gas by using a hydrogen on-line monitoring instrument; under the condition that the hydrogen content does not exceed 14 percent (v / v), measuring the volume of the hydrogen-containing hydrogen chloride gas and the volume of oxygen / air respectively by using a flowmeter; adding a small amount of excess oxygen into the reaction, so that the molar ratio of the hydrogen to the oxygen is controlled to be 2:1-1.2, wherein the hydrogen and the oxygen enter the pipeline and are mixed uniformly; performing combustion reaction on the hydrogen and the oxygen in the reaction region in a combustor to generate water vapor and remove the hydrogen; and drying the purified hydrogen chloride gas and entering the next step, namely the high-temperature chlorinated alkane production procedure. The hydrogen content of the processed hydrogen chloride gas can be reduced to below 0.16 percent (v / v). The problems of subsequent treatment of a large amount of diluted hydrochloric acid and environmental pollution are solved.

The invention belongs to the technical field of a gas calorific value instrument, and particularly relates to a burner for the gas calorific value instrument, which comprises a gas inlet, a gas pipe, a high-pressure ignition electrode, the burner, an air pipe body and an air inlet, wherein the gas inlet is connected with a burner base provided with a gas channel; the gas pipe, the high-pressure ignition electrode and the bottom end of the air pipe body are connected with the burner base; the high-pressure ignition electrode and the gas pipe are arranged in the air pipe boy; the gas inlet is communicated with the gas pipe by the gas channel; a nozzle head is communicated with the gas pipe; a circular air mixing board is provided with a thread through hole, symmetrical through holes, a group of circular combustion-supporting air through holes and a group of long-strip combustion-supporting air through holes; and the burner consists of the circular air mixing board, the nozzle head and an injection pipe. The burner for the gas calorific value instrument is simple in structure, capable of guaranteeing the combustible gas to be rapidly mixed and gas with low calorific value to be easily ignited, and safe and stable in the combustion process.

The invention relates to an electrolysis device and system, belongs to the field of new energy, and particularly relates to a water electrolysis device and a gas preparation system. The gas preparation system is characterized in that hydrogen and oxygen generated through electrolysis and water form molecular groups through molecular bonding through resonance of hydrogen bonds in water molecules; and the molecular groups are reformed to obtain high-calorific value gas through utilizing a reforming solution. The high-calorific value gas prepared through the gas preparation system is good in safety, easy to store and high in calorific value, and does not pollute the environment.

The invention relates to an electrolysis device and a system and belongs to the new energy field, in particular to a direct current power generation device for water electrolysis and an electrolysis system. The direct current power generation device comprises a shell body; the shell body is provided with a rotation shaft connected with a motor; a plurality of rotor magnets are installed on the rotation shaft; a plurality of stator metal discs are installed between every two adjacent rotor magnets; the stator metal discs are fixed in the shell body through insulating supports; center shafts and the top ends of the stator metal discs are connected with the positive and negative electrode output ends of a power source correspondingly. According to the electrolysis device, hydrogen bond resonance in water molecules enables hydrogen, oxygen, and water generated through electrolysis to form molecular groups through molecular bonding, the molecular group is reformed through reforming liquid containing hydrocarbon, and fuel gas with high heat value is obtained. The fuel gas with the high calorific value is good in safety, easy to store, high in heat value, and free of pollution on environment.

The invention relates to a temperature control low-nitrogen and energy-saving combustion device capable of achieving flue gas recirculation and staged premixed combustion. The combustion device can effectively complete airflow straight flow or rotational flow staged premixing and combustion, the combustion temperature is lowered, the content of nitrogen oxide can be effectively controlled, gas consumption is reduced, and energy saving is realized. A mixed combustion space is arranged in the opening end of a combustion chamber. The closed end of the mixed combustion space is connected with a staged combustor. A recirculation flue gas inlet pipe is arranged on the outer circle of a recirculation flue gas distribution loop in the closed end of the combustion chamber. Recirculation flue gas bleeding pipes are arranged between the recirculation flue gas distribution loop and the mixed combustion space. Supporting spinning disks are arranged in each loop of the staged combustor. An airflow adjusting blunt body is arranged at the opening of the inner end of the staged combustor. Primary and secondary air inlet pipes are arranged on the side wall of the staged combustor. An aided mixing flow equalizing plate is arranged in a primary air pre-mixing chamber in the opening of the inner end of the staged combustor. The temperature control low-nitrogen and energy-saving combustion device is more obvious in energy-saving effect, the combustion temperature and nitrogen oxide production are effectively controlled, and pollution to the atmospheric environment is reduced.

The invention relates to a hydrogen-containing gas storage and use method, belongs to the field of new energy and concretely, relates to a hydrogen-containing gas storage and use method. Through water molecule inner hydrogen bond resonance, hydrogen, oxygen and water form a molecular group through molecular bonds. The molecular group is reformed through a reforming liquid so that high-calorific value combustion gas is obtained. The hydrogen-containing gas storage and use method realizes easy storage of hydrogen-containing gas, has high safety and does not pollute the environment in use.

The invention discloses a fire detection method and device for boiler combustion of a generating set, wherein a feeding device provides combustion raw materials for the boiler, and the fire detection method includes: receiving a feeding device operation signal related to the operation of the feeding device and generator set load; and setting fire detection parameters according to the operation signal of the feeding device and the generator set load, so as to ensure an effective fire detection signal. The method can ensure the reliability of the flame detection, thereby ensuring the safe and stable combustion of the fuel in the furnace of the boiler.