Membrane technology is the most promising in post-combustion capture compared to absorption, adsorption and cryogenic distillation methods. It an advanced new for recovery of carbon dioxide. has several advantages when other methods due its’ simple process, low cost, lower footprint, sustainable environment energy saving method. The challenge fabrication method polymeric membrane, it depends on...

Protective coal pillars in underground mining are technological losses the technology of extracting at Angren deposit. During mine operation, a significant part remains space. Extracting them is not possible with traditional energy-mechanical technologies. The paper considers new extraction -energy-heat unmanned brown energy from space spent fields. research results on experimental sites combus...

hydrates are crystalline compounds similar to ice, with guest molecules like methane and ethane trapped inside cavities or cages formed by the hydrogen bounded framework of water molecules. these solid compounds give rise to problems in the natural gas oil industry because they can plug pipelines and process equipments. low dosage hydrate inhibitors are a recently developed hydrate control tech...

Flue gas from a plant using fossil fuels contains CO2. Thus power/process plants using fossil fuels contribute to climate change if CO2 in flue gas is not captured. The process of CO2 capture from flue gas is called „postcombustion‟ CO2 capture. Existing plants may be retrofitted with this process to minimize CO2 emission. Amine solutions are mostly used for this process to scrub the flue gas. ...

The conversion of methane via an OCM (Oxidative Coupling of Methane) to transportable liquid fuel has been investigated in order to utilize remote natural gas effectively. A conceptual view of this new process was developed for gasoline production based on reviews of other conventional processes and sensitivity analyses. The process developed, "ORIGINAL". is characterized by simplification of t...