Unconventional Reservoir Wells

Unconventional reservoirs are essentially any reservoir that requires special recovery operations outside the conventional operating practices. Unconventional reservoirs include reservoirs such as tight-gas sands, gas and oil shales, coalbed methane, heavy oil and tar sands, and gas-hydrate deposits. These reservoirs require assertive recovery solutions such as stimulation treatments or steam injection, innovative solutions that must overcome economic constraints in order to make recovery from these reservoirs monetarily viable. To help improve well economics in unconventional reservoirs it is important to evaluate wellbore architecture - including the cement sheath - as integral to well performance and total recovery. Halliburton cementing solutions are designed so that the cement sheath can help serve as a foundation for increasing ultimate recovery by addressing even the most challenging wellbore conditions including corrosive environments, high temperatures as well as large temperature differentials, high pressures and significant pressure differentials. 

CBMCem™ Cement
Conventional cementing solution designed to address a number of issues typically associated with coalbed methane wells.
CBMSeal™ Cement
Foamed cementing solution designed to address a number of issues typically associated with coalbed methane wells.
ElastiCem® Cement
Conventional cement solution developed primarily for situations where conditions require a cement with greater elasticity and resiliency than is typically provided by traditional brittle cements.
ElastiSeal™ Cements
Foamed cement solution developed primarily for situations where conditions require a cement with greater elasticity and resiliency than is typically provided by traditional brittle cements to create a more elastic wellbore sheath.
FracCem™ Cement
Designed to help seal off fractures assisting in the cements capability to circulate up the annulus using specially designed systems.
FracSeal™ Cement
Helps seal off fractures assisting in the cements capability to circulate up the annulus using specially designed systems.
HydrateCem™ Cement
Designed to address the challenges of cementing across Hydrate deposits.
HydrateSeal™ Cement
Foamed cementing solution designed to address the challenges of cementing across Hydrate deposits.
LifeCem™ Cements
Conventional cement solution primarily for situations where conditions require a cement with greater elasticity, resiliency and the ability to react and respond to cement sheath failure by expanding to seal off unwanted flow should hydrocarbon flow through microannuli or cracks in the cement sheath at any point during the life of the well.
LifeSeal™ Cements
Foamed cement solution designed for situations where conditions require a cement with greater elasticity, resiliency and the ability to react and respond to cement sheath failure by expanding to seal off unwanted flow should hydrocarbon flow through microannuli or cracks in the cement sheath at any point during the life of the well.
ShaleCem™ Cement
Designed to effectively circulate with minimal damage past shale intervals that might have sloughing or swelling problems.
ShaleSeal™ Cement
Foamed cement solution designed to effectively circulate with minimal damage past shale intervals that might have sloughing or swelling problems.
SteamCem™ Cements
Conventional cementing solution designed to form an effective annular seal under harsh steam-injection or steam assisted recovery conditions.
SteamSeal™ Cements
Foamed cement solution designed to form an effective annular seal in steam-injection or steam assisted recovery conditions.