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Haimo IPOS offers a full platform offering effective solutions for Data Collection through to Solution Definition. Please find out more about each package by clicking the links below:
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The Well Test Optimizer (WTO) is a unique offering from Haimo Integrated Production Optimization Services as part of the Well Testing Platform (WTP). WTP is a suite of tools which can be used by engineers to transfer data efficiently from measurement through to optimization proposal.
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The Well Test Management Solution is an important function of Haimo's comprehensive production optimization service. Users can formulate management plans through this service, achieving continuous rotation testing for multiple wells on site, reducing manual intervention, and significantly improving the efficiency of multi-well testing.
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The gas well production optimization system collects wellhead conditions and production data through various sensors and instruments at the wellhead. It utilizes the edge computing capabilities of the wellhead computer's data Pandora Box to run various AI inference models, enabling predictive maintenance of instruments and decision-making for gas well production optimization.
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Intermittent production is an essential stage in the gas well life cycle, often challenged by insufficient gas production and liquid-carrying capacity. Furthermore, intermittent production spans a prolonged period, contributing significantly to the well's total lifetime output. As pressure and production decline each year, adopting intermittent production methods becomes necessary, though it entails a substantial workload for manual well-switching operations. Intelligent intermittent gas production can autonomously determine optimal well-switching times, significantly reducing manual intervention and enhancing production efficiency.
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Plunger gas lift for liquid unloading and gas production is currently widely recognized as the best drainage and extraction process in gas field development, and it is widely applicable to the mid-to-late stage development of gas well production.
Integrated Production
Haimo IPOS offers a full platform offering effective solutions for Data Collection through to Solution Definition. Please find out more about each package by clicking the links below:
The Well Test Optimizer (WTO) is a unique offering from Haimo Integrated Production Optimization Services as part of the Well Testing Platform (WTP). WTP is a suite of tools which can be used by engineers to transfer data efficiently from measurement through to optimization proposal.
The Well Test Management Solution is an important function of Haimo's comprehensive production optimization service. Users can formulate management plans through this service, achieving continuous rotation testing for multiple wells on site, reducing manual intervention, and significantly improving the efficiency of multi-well testing.
The gas well production optimization system collects wellhead conditions and production data through various sensors and instruments at the wellhead. It utilizes the edge computing capabilities of the wellhead computer's data Pandora Box to run various AI inference models, enabling predictive maintenance of instruments and decision-making for gas well production optimization.
Intermittent production is an essential stage in the gas well life cycle, often challenged by insufficient gas production and liquid-carrying capacity. Furthermore, intermittent production spans a prolonged period, contributing significantly to the well's total lifetime output. As pressure and production decline each year, adopting intermittent production methods becomes necessary, though it entails a substantial workload for manual well-switching operations. Intelligent intermittent gas production can autonomously determine optimal well-switching times, significantly reducing manual intervention and enhancing production efficiency.
Plunger gas lift for liquid unloading and gas production is currently widely recognized as the best drainage and extraction process in gas field development, and it is widely applicable to the mid-to-late stage development of gas well production.