Kosun Hi-G Dryer Shaker Technology Was Applied to Dry-Off the Drilling Fluid

KOSUN Hi-G Dryer http://www.kosungroup.com/products/drilling-waste-management/hi-g-dryer.html is used to recover cuttings from water-based or oil-based drilling fluids so as to lower the hydraulic proportion than 10% and significantly reduce the cost on waste discharge. It is proved to be particularly effective in recovering the oil-based mud cuttings.Drying Shaker is a kind of shale shaker which is mainly used for drying drilled solids , and the feeder is a little different from normal shale shaker.

With advanced KOSUN Hi-G Dryer shaker http://www.kosungroup.com/products/drilling-waste-management/hi-g-dryer.html technology, the Hi-G dryer shaker is efficient in recovering more oil based drilling fluids and the Oil On Cuttings (OOC) figures is significantly reduced. Another benefit is the elimination of whole mud losses from the traditional shale shaker. So with the use of Hi G dryer shaker in the down stream of mud system, it can allows the shakers to run at their maximum capacity without the concern of the mud loss of the mud system. This is why the Middle East drilling contractor cone to us for the HI-G Cuttings Dryer for their existing mud system.

Hi-G dryer can also be used to recover oil-based, water-based and synthetic-based waste from drilling cuttings. Different number of Hi-G dryers can be equipped based on the conditions at drilling sites.LS584-D Hi-G shaker http://www.kosungroup.com/products/drilling-waste-management/hi-g-dryer.html independently developed and manufactured by KOSUN features in high G-force (adjustable), and superior screening and drying effect. The screen frame tilt angle can be adjusted from -1° to +5° via AWD angle adjustment system while drilling. The liquid content in cuttings after treatment can drop to below 10%, significantly reducing drilling waste discharge cost.

KOSUN drilling fluid Hi-G shaker http://www.kosungroup.com/products/drilling-waste-management/hi-g-dryer.htm recovers drill fluids cuttings from water-based...