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One of the standout features of this system is its versatility and portability. Clients have the freedom to move the monitoring system to various locations as needed, allowing them to adapt to changing operational requirements. Whether it's a remote site or a different region, the system can be easily relocated, providing consistent and accurate monitoring wherever it is deployed.

Additionally, the system is designed to withstand harsh environmental conditions, including extreme temperatures. It is engineered with robust materials and components that can endure challenging climates, ensuring uninterrupted operation even in the most demanding settings. This resilience makes it an ideal choice for monitoring surface casing vent flow in diverse geographical locations across the globe.

Anyone who has tackled a gas migration problem knows that successful remediation is usually only achieved by solving a complex down hole puzzle. Minimizing costs while solving the puzzle requires an accurate execution with the fewest steps. Vent Nanny V3 monitors vent activity in real time during all stages of a remediation program, providing critical step and cost saving feedback from each down hole operation. Once an intervention is complete, patient post monitoring is key to assessing it’s success and can dramatically reduce overall remediation cost, as clearly identified in the subsequent Application Example.

In this success story, several base line flow and shut-in periods were recorded to ensure stability before attempting down hole interventions. Annular channel access, through an under-balanced abrasive jet cut, is identified by the sharp decrease in pressure on the shut-in vent. After a successful resin squeeze, the vent pressure climbs as the trapped gas/liquid volume to surface is compressed. Initially, there is concern given the higher pressure and subsequent flow rate that is close to the pre-intervention rate. However, by employing patience and by monitoring several Vent Nanny enabled flows and shut-ins, it becomes clear that the gas migration source has been stopped, and the flow since the intervention is actually due to bleed down of significant annular storage and/or charged up hole zones.