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JPT Consulting and Services is ready to expand the technology offer and is offering commercialization contracts and licensing of the technology based on alliances with other companies for countries that are requesting or in need of water and polymer Injection Control Valves for downhole or surface, production and water quality monitoring from hydrocarbon production and […]

JP is presenting three new patents related to its successful injection tandem control system for water and polymers, including surface applications, static and dynamic monitoring, and an improved polymer control system. This technology has significantly improved injection stabilization and control, as well as design and planning processes, helping to optimize operations and reduce costs by

JPT developed a polymer and water surface injection control module using the tandem regulation system patented to offer a technical option to regulate mainly polymer injection at surface with minimum mechanical damage for mature fields and wells where a single zone or reservoir is open to polymer injection. Normally, each well has different flow and

JPT Consulting and Services is ready to expand the technology offer and is offering commercialization contracts and licensing of the technology based on alliances with other companies for countries that are requesting or in need of water and polymer Injection Control Valves for downhole or surface, production and water quality monitoring from hydrocarbon production and

“JPT is currently evaluating and conducting several field tests of the surface polymer injection control module using the patented tandem regulator technique with expansion chambers or dampers as part of the Tandem Regulator Valves system. The tests demonstrate an effective and economical solution for injection fields in wells with only one open zone that require

JPT developed a polymer and water surface injection control module using the tandem regulation system patented to offer a technical option to regulate mainly polymer injection at surface with minimum mechanical damage for mature fields and wells where a single zone or reservoir is open to polymer injection. Normally, each well has different flow and

JPT finished the development and trial of the complete system for polymer injection control using sidepocket mandrels and control valves including multiple geometrical tandem reductors and spacers. Each component has been designed and optimized to minimize the mechanical damage of the polymer. The complete system includes a special designed and manufactured with non- magnetic stainless

JPT Consulting, in collaboration with ICP–Ecopetrol, has successfully completed the research and development of a third-generation special regulating valve for polymer injection control in completions using sidepocket mandrels. Initial tests indicate a significant reduction in polymer damage, expanding the operational range compared to the original design. The tests evaluated the regulating module, which integrates geometrical elements

JPT has begun testing water and polymer injection valves in Argentina. Additionally, it is in the process of developing a comprehensive system that includes a mandrel and a flow regulator valve, specifically designed for polymers. The development also takes into account the reduction in corrosion levels that currently affect wells significantly when using produced water.

JPT has developed and is currently testing a surface injection control module for water and polymers. This system enables wells with a single injection zone to regulate injection into multiple wells using just one pump. The modular TLPR uses a tandem regulator module with multiple regulators featuring special geometrical shapes and expansion chambers or dampers.