Composition and Structure of Kosun Ls584-D Hi-G Shaker

Hi-G shaker http://www.kosun.us/drilling-waste-management/hi-g-dryer.html may be a distinctive drying shaker for optimum thuslids removal and fluid recovery that is employed to recover cuttings from water-based or oil-based drilling fluids so on lower the hydraulic proportion than 100% and considerably scale back the value on waste discharge. It's sometimes employed in oil and gas drilling fields because the helpful and economical drilling waste management unit.

Hi-G dryer can even be wont to recover oil-based, water-based and synthetic-based waste from drilling cuttings. Completely different range of Hi-G dryers are often equipped supported the conditions at drilling sites. LS584-D Hi-G shaker http://www.kosun.us/drilling-waste-management/hi-g-dryer.html severally developed and made by KOSUN options in high g (adjustable), and superior screening and drying result. The screen frame angle are often adjusted from -1° to +5° via AWD angle adjustment system whereas drilling. The liquid content in cuttings when treatment will drop to below 100%, considerably reducing drilling waste discharge price.

The major good thing about the Hi G dryer technology, typically unnoticed, is that the elimination of whole mud losses from the shaker. This traditionally has ensured that the shakers were ne'er run at their optimum capability and so the solids control system http://www.kosun.us/solids-control-system/ potency was adversely affected. Incorporating the Hi G dryer down steam permits the shakers to be run near most capability while not the priority of whole mud losses.

Actually, High–G dryer shares an equivalent construction with sedimentary rock shaker except its base height. the bottom of High-G appliance is larger than shale shaker http://www.kosun.us/solids-control-equipment/shale-shaker.html. The distinction between the shaker screen and Hi-G dryer focuses their process materials sedimentary rock shaker processes the drilling fluid and therefore the High-G appliance...