Hydraulic fracturing and matrix stimulation treatments to restore or enhance well productivity are performed in all types of formations and reservoir environments.
Maximize your reservoir production by creating highly conductive reservoir flow paths—selecting the appropriate treatment for each environment is critical to well economics.
Better reservoir knowledge and increasingly sensitive technologies are bringing tight gas, shale, coalbed methane, and gas hydrates resources into wider reach around the world.
Improve productivity and recovery through sequenced stimulation of zones with increasing fracture initiation pressure.
Record microseismic activity in real time during the fracturing process.
Developing tight gas resources to meet specific industry challenges.
Understanding and addressing the specific challenges and technical risks that carbonates present.
Matrix stimulation and hydraulic fracturing techniques are designed to repair and improve the natural connection of the wellbore with the reservoir.
Matrix acidization treatments are used to mitigate the effects of formation damage, the biggest hindrance to productivity in highly permeable reservoirs.
Simulate complex fractures in shale reservoirs with integrated seismic-to-simulation workflow.
For the first time in the industry, operators can apply high-performance technologies with their own people, equipment, or materials.
Perform stimulation treatments in any well environment with innovative methods and equipment.