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This document provides a detailed geological assessment of a specific natural gas assessment unit within the Junggar Basin, discussing the characteristics, source rocks, gas accumulation, reservoirs,
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How to fill out continuous-type basin-centered gas assessment

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How to fill out Continuous-Type (Basin-Centered) Gas Assessment Unit 31150301

01
Gather necessary geological data and reports related to Assessment Unit 31150301.
02
Determine the boundaries and area of the assessment unit based on geological formations.
03
Collect data on existing gas production and reserves within the unit.
04
Analyze reservoir characteristics such as porosity, permeability, and fluid saturation.
05
Use appropriate software or modeling techniques to estimate gas in place and recoverable resources.
06
Compile all findings into a structured report, ensuring clarity and accuracy.
07
Submit the completed assessment according to the regulatory guidelines.

Who needs Continuous-Type (Basin-Centered) Gas Assessment Unit 31150301?

01
Geologists and geoscientists involved in natural gas exploration.
02
Energy companies looking to evaluate potential gas reserves.
03
Regulatory agencies responsible for monitoring and assessing gas resources.
04
Investors seeking information on potential gas investment opportunities.
05
Environmental agencies looking to understand resource extraction impacts.
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Base gas: The quantity of natural gas needed to maintain adequate reservoir pressures and deliverability rates throughout the withdrawal season. Base gas usually is not withdrawn and remains in the reservoir. All natural gas native to a depleted reservoir is included in the base gas volume.
In the oil and gas industry, a basin is a depression in the Earth's crust that contains sediment. These basins have formed over thousands of years due to tectonic plate movements and accumulated sediment over time. Erosion can also contribute to basin formation below ground.
The Marcellus Shale stands as the largest natural gas field in the United States, with a staggering production rate of approximately 2,836 billion cubic feet per day as of 2023. Spanning significant parts of Pennsylvania and West Virginia, this field is a cornerstone in the U.S. energy infrastructure.
The basin-centered gas accumulations (BCGAs) associated with BCGSs are typically characterized by regionally pervasive accumulations that are gas saturated, abnormally pres sured, commonly lack a downdip water contact, and have low-permeability reservoirs.
DJ Basin: South Dakota, Colorado, Nebraska, and Wyoming. Haynesville Shale: Louisiana, Arkansas, and Texas. Williston Basin and Bakken Shale: Montana and North Dakota. Anadarko-Woodford: West-Central Oklahoma. Granite Wash: Texas and Oklahoma.

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Continuous-Type (Basin-Centered) Gas Assessment Unit 31150301 refers to a specific classification of gas resources that are typically found in geological basins, characterized by continuous deposits rather than discrete reservoirs.
Entities that explore, extract, or report natural gas resources within the designated assessment unit are required to file Continuous-Type (Basin-Centered) Gas Assessment Unit 31150301.
To fill out Continuous-Type (Basin-Centered) Gas Assessment Unit 31150301, applicants should provide accurate geological and operational data regarding their gas activities, including measurements and production data as required by regulatory guidelines.
The purpose of Continuous-Type (Basin-Centered) Gas Assessment Unit 31150301 is to assess and quantify the gas resources available in basin-centered formations to ensure effective resource management and sustainable extraction practices.
Required information includes production volumes, geological data, resource estimates, and any relevant operational details necessary for assessing the gas resources within the unit.
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