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Email:clkjxs@cnclkj.com
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Address: No. 8, Weiwu Road, Development Zone, Jingzhou City, Hubei Province
Physical simulation device for salt cavern gas storage, injection, and brine discharge
This instrument proportionally reduces the size of the in-situ injection and production tubing string to simulate the gas/liquid injection and brine displacement process during salt cavern construction, conduct research on gas/liquid injection and brine displacement technology, and study the influence factors of salt crystallization in the tubing string during brine displacement.
Visualization physical simulation system for salt cavern gas storage double-well construction
The visualization physical simulation system for salt cavern gas storage with double wells consists of four subsystems: cavity creation simulation and cavity morphology detection system (single-well cavity creation, double-well cavity creation), salt pressing system, visualization flow field morphology simulation and flow field measurement system (PIV), and gas injection and brine discharge physical simulation system.
Laboratory simulation device for efficient backfilling drilling cuttings in salt caverns
The efficient backfilling drilling cuttings indoor simulation device for salt cavern is an indoor experimental simulation equipment for on-site backfilling cuttings. It can evaluate the friction resistance of on-site cuttings to the injection pipeline, and simulate the different morphological changes of drill pipe injecting slurry at different heights in the salt cavern. It provides a complete and scientific basis for how to efficiently backfill drill cuttings on site.
Salt cavern residue void space energy storage simulation experimental system
Using a visualized salt cavity physical model as the core unit for injection and production, providing sealed experimental conditions and meeting the needs of apparent characteristic analysis. The multi-functional injection system upstream of the physical model can realize constant pressure gas phase injection, constant flow gas phase injection, constant flow liquid phase injection, etc., simulating various operating conditions and allowing for alternating cycles. This system provides evaluation and simulation for the optimization and improvement of gas injection and brine production, brine injection and gas production, and gas injection and production processes.