NON-EXPLOSIVE WELL INTERVENTION PRODUCTS FOR THE GLOBAL OIL INDUSTRY
Hydrostatic-Driven Non-Explosive Setting Tools (NeoHSTs)
NeoHSTs are hydrostatic-driven setting tools used to effectively set the permanent and removable NeoPEPs. NeoHSTs function in multiple stages, using wellbore pressure, with 2 stages being the standard. These multiple stages generate the force necessary to set the anchors, compress the packing element, and sever the weak point. Severing the weak point allows the NeoHST to release from the NeoPEP.
BROWSE MORE SETTING TOOLS:

Electromechanical NeoHSTs
The Electromechanical NeoHST comes standard as a 2-stage tool. The pressure housing of the NeoHST houses atmospheric pressure chambers. The first and second stages utilize the bottom hole pressure applied to the lower end of the pistons working against these atmospheric chambers. The moving pistons are driven up into the chamber, drawing the plug mandrel into the tool. This action causes the outer components of the plug mandrel to be compressed against the bull plug attached to the bottom of the mandrel. When the predetermined load is reached, the weak point severs, releasing the set NeoPEP from the NeoHST. NeoHSTs are run on wireline, slickline, tractor, coiled tubing, and threaded pipe. They can set NeoPEPs in open hole, cased hole, perforated casing intervals, and gravel packs.
NeoProducts provides all the non-explosive tools needed for a 1-day zonal isolation:
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Positive-Sealing Elastomeric Plug (NeoPEP)
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Non-Explosive Electromechanical NeoHST
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Non-Explosive Hybrid Cement Dump Bailer System (NeoBB)
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High Shear Bond Cement Slurry Kits (17 - 20 ppg expanding NeoSuperSlurry)
*NeoHSTs are not suitable for use in solid-bearing wellbore fluids (muds) or media intended to abate fluid loss.
EXPLORE OTHER PRODUCTS
Our high-performance plugs are designed to provide reliable sealing solutions in well intervention operations.
We offer premium-quality cementing solutions for wellbore stability, zonal isolation, and prevention of fluid migration.
Our non-explosive cement placement systems provide a safer alternative to traditional methods by minimize risks at the wellsite.