Application of gas oxygen in coal gasification and liquefaction industry

Coal gasification industry is a large user of oxygen. Oxygen is used as gasification agent of pulverized coal in the process of coal gasification, such as the powder gasification, per ton of synthesis ammonia consumes 500~900m3 of oxygen; Oxygen is used as an oxidant to convert solid coal into a combustible gas mixture. In the process of coal liquefaction, oxygen is used as a vehicle for the conversion of coal from hydrogen-depleted solid hydrocarbons to hydrogen-rich liquid hydrocarbons. The consumption of oxygen required to produce 1 ton of coal is at least 0.3 tons of oxygen per ton of coal, and may also reach 1 ton per ton of coal. So the production of 10 million barrels per day of
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Core equipment of air separation plant—fractional column

Fractional column is the general name for the whole set of equipment consisting of cold box, main heat exchanger, evaporator-condenser, sub-cooler, rectification column, turbine, cryogenic valves, pipes and meter tubes. Cooling, liquefaction and separation of process air, expansion and warm-up of oxygen-rich air and warm-up of product gas are all carried out inside the fractionation column. The rectification column is made of aluminum, and is the highest equipment inside the cold box. It is the class I pressure vessel. The rectification column is installed with packing. Air separation of is achieved in the rectification column. Through all kinds of I/O nozzles, the rectification column is connected with heat exchanger, vaporizer-condenser etc unit efficiently, to realize the liquefaction, separation of air, sub-cooling of liquid air and gas warm-up.
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Event review–First liquid oxygen plant in Tibet Area by XLA

On 15th June, 2015, the liquid oxygen plant KDO-200Y designed and manufactured by our company had successful trial run in Shangri-La, Tibet. This is the first oxygen plant in Tibet area, which can supply gas oxygen for Shangri-La city residents centralized.
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Recovery plant from off gas of ammonia synthesis

Recovery of LNG, Ar, N2+H2 from boiling gas of ammonia tank and vent gas of synthesis column; LN washing device; Recovery of CO, LNG, Ar and CO2 from off gas of acetic acid(consisting of about 75% CO); Recovery of H2, CO, LNG from off gas of coke oven(mainly consisting of H2, CH4, CO)； Separation of CO2, CO, CH4, H2, N2, Ar, He etc. from off gas;      
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Advanced air pre-cooling system

For the plant, which nitrogen capacity is not larger than oxygen capacity, waste nitrogen chilling type pre-cooling system is preferred. Such system is to cool compressed air with dry waste nitrogen. Towers in pre-cooling system are filled with structured packing, which features on little resistance, high efficiency, low power consumption (only with 1 unit of water pump), large feeding capacity and etc. Such pre-cooling system can also wash the process air. We are the first Chinese supplier who bring such waste nitrogen chilling pre-cooling system into configuration of small air separation plant.
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Technical advantages of plants whose capacity are smaller than 350Nm3/hO2

Technical advantages of complete low pressure plant KDON-80/40; This plant is the smallest ASU with complete low pressureplant in China, which was initially developed by XLA in 1997. This plant is a revolutionary promotion for process of small plants. It took place of traditional KZON-50/100 as soon as its successful commissioning. Specific power consumption of KDON-80/40 is even 50% lower than that of KZON-50/100. Titled as “New and High tech product of Jiangsu Province”in 2003; Designed and manufactured with several know-how technologies; Simple operation and maintenance, cost-effective.   Technical advantages of complete low pressure plant KDON-170/100; This plant was developed in 2002, working on same process with KDON-80/40. It took place of traditional KZON-50/100. Specific power consumption of KDON-170/100 is 50% lower
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Hydrogen-free rectified argon system available on the plants with capacity above 1000Nm3/h O2

The first set of ASU plant with hydrogen-free rectified argon process of our company is KDONAr-2500/2300/70Y, which was successfully commissioned on 2004. Height of cold box is 37 meters. The first set of liquid plant with hydrogen-free rectified argon process is KZOAr-1100Y/35Y, which was successfully commissioned in 2006 with stable running till now. Height of cold box is 35 meters. Up till now, it is the smallest hydrogen-free rectified argon plant in China.
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EPC Project of Nitrogen Plant for Messer Group

Xinglu won the nitrogen air separation EPC project of Haerbin Nestle program for Messer group in 2012. The program is located in Shuangcheng City in Haerbin where its average temperature in Winter is lower than -30degC. During project design and equipment manufacturing, more factors should be thought about, such as influence of low ambient temperature to metal material, cold air influence on compressor mechanical performance, sandstorm environment to feed air filter of compressor and high extraction based in required compressor by customer. Organized by cryogenic separation technology research center of our company, the above problems are solved through analysis together with design institution and customer. The plant has been accepted successfully. In the beginning of 2013, when it is the most frozen season in Haerbin, the plant run steadily after commissioning, each parameter is better than
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First partial shipment of 100TPD oxygen+nitrogen plant

Containers of Oxygen+Nitrogen plant have been packed and ready to deliver to Indian customer today.               
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Xinglu Air Separation Plant

Xinglu Air Separation Plant focuses on the research&development, design and manufacture of cryogenic technical field. Products haveoxygen/nitrogen/argon generating gas air separation plant&liquid air separation plant, external recycle liquefying plant, natural gas liquefying plant, LNG and CNG gas filling station, high purity gas purification plant, off-gas recovery separation plant and etc. These plants are applied into many fields such as metallurgy, petrochemistry, coal gasification, electronics, chemical engineering, photoelectricity, shipbuilding, medicine, construction material, magnetic material, textile, heat treatment etc. Our users are all over the country and more than 30 countries in America, Europe, Asia and Africa.
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