Junwu Zhu''s research works | Nanjing University of Science and
Junwu Zhu''s 247 research works with 15,151 citations and 8,202 reads, including: Bio-inspired Double Angstrom-Scale Confinement in Ti-deficient Ti0.87O2 Nanosheet Membranes for
Application of Ventilation Air Methane Oxidization and Waste
Application of Ventilation Air Methane Oxidization and Waste Heat Utilization Technology in Shanxi Lu''an Gaohe Coal Mine. A large amount of coal mine ventilation air methane was
Ventilation Air Methane and Coal Mine Methane Abatement
concentration CMM oxidation has beenwidelyusedtogenerateheat andelectricity. Greenhouse. Effect. Utilization. power generation. 51,840,000m 3 /h. Annual emission. reduction. CH4.
Research on Numerical Simulation of Wind Kinetic Energy Recovery Power
The recovery and utilization of waste wind is an important way to construct a green mine. In this paper, the power generation technology of air kinetic energy recovery in
Ventilation Air Methane (VAM) Utilization Technologies
ventilation systems to move fresh air into the mine. These systems dilute methane released Oxidation: Regenerative Thermal Oxidation (RTO) is the only commercially operational with
Study on comprehensive utilization technology of low
heating in mining area, bathing, central air shaft heating, coal bed methane driven air conditioning unit, coal bed methane power generation, slime drying, canteen gas, and gas for nearby
Optimal design and thermodynamic analysis on the hydrogen oxidation
Coal is the most important primary energy resource in China, whose consumption continued to increase by 1.8 EJ in 2019 [1].The exploitation and direct combustion of coal is
Bifunctional Co3S4 Nanowires for Robust Sulfion Oxidation and
Sulfion oxidation reaction holds great potential for replacing kinetically sluggish water oxidation to save power consumption and simultaneously purifying environmental sulfion
Ventilation Air Methane (VAM) Utilization Technologies
A Power Oxidizer replaces the combustor, producing the heat to drive the turbine. With low-Btu fuels including VAM, the fuel is aspirated with air prior to the inlet and oxidation, eliminating
6 FAQs about [Lu an Mine Air-deficient Oxidation Power Generation]
Who is Lu'an mining & Air Products?
Lu’an Mining (Group) Co., Ltd. Chairman Li Jinping commented, “We are very pleased to have partnered with such a world-leading industrial gas company. The Air Products team has shown outstanding safety, technical and operational expertise, efficiency, and excellent service.
Where is Air Products' Lu'an coal gasification project located?
Air Products’ Lu’an coal gasification project, located in Changzhi City, Shanxi Province, China, has come fully onstream to supply syngas and other industrial gases to Shanxi Lu’an Coal-based Clean Energy Co., Ltd.’s (Lu’an Clean Energy) syngas-to-liquids production.
Why did Air Products execute a successful energy project?
The successful execution demonstrates our core capabilities to support the world’s largest energy projects with safety, reliability and operational excellence,” said Seifi Ghasemi, chairman, president and chief executive officer of Air Products.
What is the difference between LAEs and power generation?
In the standalone LAES system, renewable generation or off-peak electricity is consumed to liquefy air (i.e., air liquefaction process); at peak time, the liquid air is released to generate electricity (i.e., power generation process).
Can a microchannel reactor boost the partial oxidation of methane (pom) efficiency?
However, it is highly limited by the conversion efficiency and carbon formation during the operation. Hence, in this study, a microchannel reactor coupled with highly active catalysts (Ni-Y 2 O 3 -Ce 0.5 Zr 0.5 O 2) are integrated in the SOFC anode to boost the partial oxidation of methane (POM) efficiency and enhance the coking tolerance.
What is the oxygen purity of the ASU?
The oxygen purity produced from the ASU is 99.99 mol%, which meets the quality standard of commercial products. The specific power consumption of the ASU is 0.3 kWh/kg·O 2, which is a reasonable value [29]. Table 5. Summary of simulation results with given working conditions.