Download our technical whitepapers, which include:
- Mobile Gas Cleanup Unit (MGCU)
Energized Solutions: The EOR IOR (E-I-O R) of Energized Fluids for Hydraulic Fracturing
The EOR IOR of Energized fluids for hydraulic fracturing This white paper stresses on the importance of energized solutions in optimizing full field development of unconventional oil and gas reservoirs.
Solutions to Contain VOC Emissions and Comply with Evolving EPA Regulations
This white paper will help oil and gas operators determine the most efficient and cost - effective method to control the emission of volatile organic compounds (VOCs) which will enable them to reduce the environmental impact of their VOC emissions and comply with air quality regulations.
A Day in the Life of a Barrel of Water
Evaluating total life cycle costs of hydraulic fracturing fluids
Total Life Cycle of Hydraulic Fracturing Fluids: Simple Calculator Tool
A simple tool Linde has designed to help producers estimate the potential economic impact of different fracturing fluids over the life cycle of the well.
Benefits of Energized Solutions in Fracturing
Fluid systems energized with Nitrogen, Carbon Dioxide optimize frac effectiveness
Potential Benefits Comparison of Unconventional Reservoirs
Studies indicate that fracturing with solutions energized by CO2 or N2 can economically achieve significantly more hydrocarbon recovery than non-energized approaches. One such study found that using energized fluids improved well performance by 1.6-2.1 times, compared with non-energized solutions.
Fracturing Fundamentals - Qualitative Fluid Selection
For oil and gas wells, reaching the highest net present value on an investment means achieving the lowest unit cost of production. The ideal hydraulic fracturing solution improves well productivity most cost effectively. Energized fluids for fracturing have a long history of success in both areas of improving production and reducing fracturing fluid costs.