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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.

JPT Consulting completed the upgrade and testing of the production water cut monitoring equipment (PWCM), including new water cut electronic boards and flow measurement. Additionally, the integrated processing and communication modules were upgraded, including permanent monitor screens. The equipment demonstrates significantly improvement in reliability and stability, maintaining its patented operating principles, and optimizing costs, which

JPT Consulting resumed the development of cased-hole logging tools in 2024. As part of this strategy, it began developing a tool to measure water injection (ILT) in completions with mandrels inside and outside the completion. Development leading to the initial prototype was completed in May, and manufacturing of the Beta prototype tool began for running

JPT successfully tested under controlled conditions the ILT tool and has started manufacturing tools for well testing. The manufacturing takes place in the U.S., with our partner. Two high-strength stainless steel tools are being produced, and additionally, CCL tools will be manufactured. It is expected that by the end of May, initial basic logs will

Testing and development of equipment for polymer injection control is still going onInitial tests have shown a reduction in damage of up to 50% respect to original design, even in high salinity and smooth slopes, increasing the capacity to control higher flow rates.The response is being tested in special side pocket modular mandril designed for

JPT continues to advance in the development of tools for Electrical Records. Using the ILT tool, with initial laboratory tests and in a well under controlled and simulated conditions in Neiva. The development is going for Phase II, manufacturing housing and mechanical parts in the US after having a laboratory prototipe in Colombia. The tool

We are successfully implementing the registration unit in Suriname.