Natural gas fracturing transformation project success

Research high temperature fracturing fluid system for high temperature, low permeability reservoir damage sensitivity by low damage, low residue carboxymethyl guar gum study, the formation of high temperature and pressure applied to Jilin Oilfield low permeability tight gas reservoirs of low pressure damage fracturing fluid system, heat index reached 180 degrees, effectively reducing the fracturing fluid injury rate for natural gas wells effective development has provided a guarantee; the second is to carry out research to reduce the system pressure fracturing technology for deeply buried reservoirs, high stresses characteristics, by fracturing string optimization, reducing friction fracturing fluid technology bauxite proppant research, forming a lower fracturing fracturing system supporting technology, to provide technical support for the high-pressure fracturing wells, construction of pump fracturing equipment to improve efficiency, reduce fracturing difficulty; third, to conduct wear thin interbedded sandstone and mudstone layer fracturing technology for over sand mudstone, by building a reservoir model for reservoir analysis, optimization fracturing parameters, forming a thin interbedded wear layer fracturing technology, effectively increasing the use of a single well surrounding reserves; four is to carry out a large-scale study of fracturing technology for low permeability fractured ceramic ball tight gas reservoirs massive demand, by fracturing wellbore integrity analysis, ground systems for liquid build, remote control and command system decision supporting the formation of large-scale fracturing technology to provide effective technical support to improve the well production, increase single well controlled reserves. To provide effective technical support for the effective increase well production, increase single well controlled reserves.