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Asia Pacific Tight Gas Market

Tight gas describes natural gas reservoirs made from rocks with such limited porosity that significant hydraulic fracturing is necessary to extract the well economically.

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Asia Pacific Tight Gas Market

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  1. Asia Pacific Tight Gas Market The Asia Pacific Tight Gas Market size is estimated to reach $XX billion by 2026, with a CAGR of 5.21% from 2022 to 2027. Tight gas refers to natural gas reservoirs constructed from rocks with a large amount of hydraulic fracturing required to commercially extract the well. These resources are encapsulated in resistant, impermeable rock, which results in an extraordinarily tight subsurface formation. The term "tight gas" refers to low-permeability reservoirs that produce mostly dry natural gas. Low-permeability reservoirs developed in the past are mostly composed of sandstone, although significant volumes of gas are also produced from low- permeability carbonates, shales, and coal seams. In contrast to a standard natural gas deposit, a tight gas formation makes it challenging to access the trapped gas inside. Natural gas would enter the well at an extraordinarily slow rate without any assistance, making production unprofitable. Artificial stimulation can promote tight gas flow out of the rock after digging a well to a tight gas deposit. Hydraulic fracturing, which entails flooding the well with high- pressure fracking chemicals to fracture the rocks in the formation, is one popular method for extracting the gas. The higher permeability allows gas to flow more easily. The gas can flow more freely by making paths for it to follow, acidifying the well, or flooding it with acids to dissolve the limestone and silt. The liquefaction of the tight gas wells could also help with extraction. Most tight gas deposits also have some water in their reservoirs, which can collect and make extraction difficult. After the gas has been deliquefied, removing it is made simpler by pumping water from the reservoir. Market Drivers and Restraints: Low-permeability sandstone reservoirs that contain tight gas deposits must be fractured and generated utilizing cutting-edge techniques. The expansion of the oil and gas sector and the development of the hydraulic fracturing extraction technique are the two primary drivers that will drive the growth of the tight gas market. The cheaper extraction, processing, and commercialization costs associated with this particular gas type will further hasten the expansion of the tight gas market. The main disadvantage of this tight gas extraction is that it has many of the same environmental problems as shale gas extraction. Concerns about the fracking process are the main reason for this. First, the drilling and fracturing of these wells require a significant amount of water. Significant water use for shale gas production in particular areas could affect aquatic habitats or water supplies for other uses. Drilling and hydraulic fracturing also produce a significant amount of wastewater, some of which may be polluted. The water must therefore be treated before being discarded or reused. Wastewater management and disposal are challenging tasks. There are also many worries about how acidification would affect the environment. Using hydrofluoric acid to liberate tight gas from these reservoirs may provide difficulties due to the substance's toxicity. Workers could be put in danger and home groundwater could become contaminated by a spill or leak. The obvious expanding imbalance between supply and demand as well as the evolution of technology are driving the development of the world's unconventional gas resources. One of these unconventional gas resources that has recently attracted the attention of researchers is the low permeability gas reservoirs, also known as tight gas

  2. reservoirs. Due to the increase in energy demand and the depletion of conventional gas supplies, it is projected that tight gas demand would increase dramatically throughout the forecast period. Many countries are transitioning to renewable energy sources with low carbon dioxide emissions to decarbonize their energy mix. Two fuels that potentially replace fossil fuels to minimize the environmental impact of transportation are natural gas and bio- methane. Access to drilling sites, environmental issues, and labor scarcity are some of the barriers to the Asian Pacific tight gas market. To know more, read: https://www.marketdataforecast.com/market-reports/asia-pacific-tight-gas-market The report issegmentedasfollows: The Asia Pacific Tight Gas Market is segmented by Application; the Market is segmented by Country: By Application (Residential, Commercial, Industrial, Power Generation, Transportation) By Country (India, China, Japan, South Korea, Australia, New Zealand, Thailand, Malaysia, Vietnam, Philippines, Indonesia, Singapore, and Rest of APAC) Market Regional Segmentation: China wants to boost domestic natural gas production in order to meet the growing need for energy security around the world. Over the forecasted period, China is expected to obtain a sizable market share for tight gas. The majority of tight gas plants are found in China's hilly region. Because drilling is more expensive in such a region, the market cannot grow. For its program of natural gas development subsidies, the Chinese government has created additional incentives. China's state-owned energy companies are following others around the world in slashing spending after this year's 56% drop in oil prices as a global pandemic destroyed economic activity. While anticipating double-digit spending cuts, the nation's three largest oil and gas producers prioritize domestic gas production, in part because the tight gas market is somewhat shielded from jarring fluctuations in oil prices thanks to government subsidies. The Indian economy is now believed to be on a sustainable growth path, which will cause the country's energy consumption to increase in the future. India is the world's second- largest consumer of tight gas. This rise in consumption is predicted to be somewhat offset by a shift in India's main energy balance as a result of the substitution of oil for natural gas. Natural gas is expected to make up 21% more of India's energy mix in 2025 than it did in 2010, when it made up 10%. Click the link to get a Sample Copy of the Report: https://www.marketdataforecast.com/market-reports/asia-pacific-tight-gas- market/request-sample ABOUT US:

  3. Market Data Forecast is a firm working in market research, business intelligence, and consulting. We have rich research and consulting experience for various business domains to cater to individual and corporate clients’ needs. Contact Us: Market Data Forecast Website: https://www.marketdataforecast.com Phone: +1-888-702-9626 Email: contact@marketdataforecast.com

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