Methane (CH4) emissions induced by Large Igneous Provinces have the potential to
contribute to global environmental changes that triggered mass extinctions in Earth's history …

The occurrence states of hydrogen sulfide in coal seams are crucial in preventing and
controlling hydrogen sulfide emission in coal mines and the safe development of coal bed …

Economically viable accumulations of hydrocarbons hosted in the Precambrian rocks are
globally rare, as a protracted history available for them to escape or be destroyed due to …

The gas content and permeability of the coal reservoir are the key factors affecting coalbed
methane (CBM) productivity. To investigate the geological controls on the permeability and …

The carbon isotope (δ 13 C) signature of CO 2 within fluid inclusions is of significance to
investigate because it can be used to decipher the carbon source of geological fluids …

The Zhuozishan coalfield at the western margin of the Ordos Basin is one of the main coal-
mining areas in China, and recent explorations have revealed the great potential for coalbed …

The Mesozoic succession of the North German Basin comprises permeable sandstones
operated by 'conventional'open doublet systems for geothermal heat production. The high …

Abstract Deep (4000–6000 m) and ultra-deep burial (> 6000 m) carbonate reservoirs are
becoming important petroleum exploration targets of China and worldwide basin …

The origin and migration of hydrocarbon and non-hydrocarbon (hydrogen sulphide, carbon
dioxide and molecular nitrogen) components of natural gas accumulated within the …

The Cambrian Longwangmiao gas reservoirs in the Moxi area of the Sichuan Basin have a
complex associated gas accumulation history. Based on core and thin section examination …