Coalbed methane is a high-quality new clean energy formed in the process of coal thermal evo-lution and deposited in coal seams.China possesses extremely rich coalbed methane resources with vast extraction potential.Extracting coalbed methane can not only reduce mine disasters,but also reduce greenhouse gas emissions,helping to achieve the goal of"carbon peak,carbon neutrality".Coalbed methane wells are usually completed using fracturing techniques.As coalbed methane production blocks enter the large-scale development stage,some wells are affected by the drilling and fracturing of adjacent wells,resulting in a decrease in gas production.This study analyzes and processes the data from wells af-fected by drilling and fracturing,and collects data such as well spacing and normal gas production volume before drilling and fracturing impacts for analysis and comparison.It is found that the new wells are more likely to be affected by drilling within 150m,and are more susceptible to fracturing impacts within 150～300m,which could guide the drilling and fracturing operation in newly planned wells.
NETL
NSTL
万方数据
