主题: Chemical engineering
- Application of Response Surface Methodology for Screening of Influence Factors in the Refinery Waste Degradation by UV/H2O2 /
- Phase behavior of ternary systems Ethane + propane + water and Ethane + i-butane + water /
- Detailed Design of New Hydrate Formation Setup and Process Simulation Progress /
- Study on CO2 absorption in natural gas using monoethanolamine/n-methyl-2-pyrolidone hybrid solvent /
- Process synthesis and energy optimization of cryogenic distillation for the purification of Malaysia Natural Gas /
- Inferential Model Based Optimization of Cryogenic Dynamic Bed Performance for Simultaneous Dehydration and CO2 Removal from Natural Gas /
主题: Coalbed methane
作者: SaibalGanguly, Prof. Dr
作者: A. A. Omar
相似书籍: Application of Response Surface Methodology for Screening of Influence Factors in the Refinery Waste Degradation by UV/H2O2 /
- Application of response surface methodology for screening of influence factors in the refinery waste degradation by UV/H2O2 /
- The Degradation Studies of Methyldiethanolamine by Using UV/H2O2 Advance Oxidation Process /
- Mineralization of Oxytetracycline inside UV/H2O2 Systems : water matrix effect /
- Optimization of UV fenton's oxidation of palm oil refinery mill wastewater using response surface methodology /
- Mineralization of Oxytetracycline inside UV/H2O2 System : Kinetic and Thermodynamic Analysis /
- Degradation of combined cypermethrin, chlorothalonil and chlorpyrifos pesticides in aqueous solution by TiO2 photocatalytic (UV/TiO2 and UV/TiO2/UV) process /
相似书籍: REMOVAL OF HIGH CO2 CONTENT FROM NATURAL GAS USING MODIFIED ADSORBENTS AT OFFSHORE CONDITIONS:
- Removal of High CO₂ Content from Natural Gas Using Modified Adsorbents at Offshore Conditions : A Review /
- Removal of CO2 from natural gas with presence of heavy hydrocarbons using membrane process /
- A Critical Review of Current Technologies for Natural Gas Liquids (NGL) Recovery /
- Permeation of H2 across titania and modified titania membranes at high temperature /
- Inferential Model Based Optimization of Cryogenic Dynamic Bed Performance for Simultaneous Dehydration and CO2 Removal from Natural Gas /
- Dehydration of CO2 Enriched Natural Gas via Adsorption Process /