The GN-USE process is really a patent-pending technology that enables operators to reuse invert emulsion drilling liquids over multiple wells without depending on reclamation through high rates of dilution. The procedure goodies oil-base drilling fluid, reducing solids below 1% while drilling.

Before the development of the GN-USE technology, combating the build-from ultra-fine, low-gravity solids needed using dual Decanter Centrifuge and dilution. Using the GN-USE process, staged centrifugation supported by chemically enhanced treatment renders both LGS and drill solids workable. The machine may be easily modified to create relatively ‘dry’ clippings, reducing drilling wastes.

Combined mechanical/chemical process removes low gravity solids

Conventional mechanical separation techniques are not able to extract ultra-fine low-gravity solids from an oil-base drilling fluid, needing operators to dump the costly fluid. The chemically enhanced GN-USE process continues to be area-proven returns the fluid towards the loop in the same weight because the dirt was initially built. Following the dirt operates within the drying out shakers, a minimal-speed centrifuge constitutes a separation then returns the barite slurry using the large LGS contaminants to the dirt system. This slurry is modified to complement the initial dirt weight.

The liquid phase in the low-speed Solids Control operates for an effluent tank where it’s polished utilizing a mid-speed centrifuge. Base fluid is added before the target volume is met. Then your fluid is undergone our prime-speed centrifuge and also the GN-USE chemicals are put into further take away the LGS. By delivering clean fluid, GN-USE technology also significantly enhances drilling performance.

Reduced waste equals reduced well cost

The GN-USE process provides tremendous savings in dirt-related costs, including reducing the quantity of solids-laden liquids moved for disposal. By reduction of the quantity of LGS within the fluid, the GN-USE process also reduces the quantity of dilution needed to come back the drilling fluid to some functional condition. This protects on assets, for example barite, base liquids and chemicals connected with building invert emulsion drilling liquids. Top quality barite is progressively scarce and costly. The GN-USE process allows operators to lessen the amount of barite along with other materials within their fluid systems, supplying 25-30% savings.

Simple process using easily available equipment

While using easily available Compact disc-500 centrifuge, the GN-USE process constitutes a separation from the fluid in the LGS using low speed centrifugal separation. The slurry will be balanced to complement the load from the dirt system. When the slurry is incorporated in the effluent tank, it’s pumped towards the high-speed centrifuge, that is typically set around 2,400 revolutions per minute. Base fluid might be added at this time to assist lower the plastic viscosity. Another pass within the centrifuge, this time around at 2,900 revolutions per minute, robotically cleans the effluent just before caffeine stage.

A single tote chemical that consists of dual surfactants along with a polymer inside a water-based company is added. When the clippings are water-wet, they create a charge. The polymer covers them and results in the ultrafine solids to develop to some size that’s readily detachable with a final go through our prime speed centrifuge at 2,900 revolutions per minute, producing a fluid that may be came back towards the primary drilling fluid system free from low gravity solids. Explore to the GN, you will notice the original world there are so fine workmanship suppliers.