LS584-D Hi-G Dryer Excellent Performance Wins the Customers’ Praise

Hi-G dryer is popular used for water based mud drilling cuttings treatment. After Hi-G dryer, high speed centrifuge will be followed for further treating. After treated by centrifuge, solids parts can be used for construction; liquid part can be further treatment by flocculent unit. Hi-G dryer is also can be used for oil based mud drilling cuttings treatment; vice versa, vertical cuttings dryer can also be used for water based mud drilling cuttings treatment. Based on this, KOSUN design it’s vertical centrifuge which can be used for both WBM and OBM drilling cuttings treatment.

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 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.

The main body of KOSUN LS584-D Hi-G Dryer is blue, with four flat screens installed on it. A high-volume collecting box is equipped. When used together with other drilling waste management equipment, such Hi-G Dryer can constitute a whole drilling waste management system to achieve the purpose of green waste management and drilling mud recycling on drilling sites.KOSUN LS584-D Hi-G Dryer has been upgraded by its R&D team on the basis of original product by integrating the application conditions on drilling sites worldwide. Its various functions are improved. Besides, it can meet ergonomic design principles and various operating requirements on drilling waste management sites. Therefore, such Hi-G Dryer wins the customers’ praise due to its excellent performance.

Drilling waste management aims to recover the solid phase which is generated during the drilling process, for the purpose of finally meeting environment protection and discharge standards. In such a way, it can achieve zero discharge of drilling mud, prevent environmental pollution and reduce the drilling costs.