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In general speaking, the series of drilling waste management http://www.kosun.us/drilling-waste-management/ solutions launched by KOSUN is different from the conventional approaches in many ways. It was born by the integration of domestic and foreign waste management experience and methods as well as the consideration of drilling waste production process. The solution upholds the waste reduction at its source. It will purify the drilling fluids and take away the solids at the source by application of solids control system.

Drilling waste management http://www.kosun.us/drilling-waste-management/ will separate the solids and drilling cuttings from the drilling mud. Once the solid phase and liquid phase in the drilling waste is separated, some technologies can be adopted to deal with such waste.

Now,there are many drilling waste management http://www.kosun.us/drilling-waste-management/ methods and devices with different treatment effects. View from the drilling situations of various drilling site at home and abroad, the most important and commonly used drilling waste management devices are vertical centrifuge and hi-g dryer.

In the recent years, high growth has been observed in drilling waste disposal due to increasing environmental concerns and regulatory norms imposed by the government. Key services include solids control, containment & handling, and treatment & disposal activities for safe discharge of drilling waste generated.

The increased drilling activity in the region is leading to an increased discharge of oil-based mud (OBM), which constitutes the environmental concerns regarding drilling operations. This is owing to the long-term impacts of these wastes, especially in the marine environment, either in the form of toxicity or the creation of anoxic conditions. OBM fluids take a longer period to degrade and the negative effects can last for decades.

A large amount of drilling waste will be generated at drilling site during drilling process. Such drilling waste is composed of many substances, which will inevitably cause severe pollution to the environment. In serious conditions, they will even harm the people and other living beings. Therefore, during recent years, more attention has been given to oil field drilling waste management http://www.kosun.us/drilling-waste-management/ all over the world. And some drilling waste management techniques and measures have been established to reduce the adverse effect.

KOSUN drilling waste management companies http://www.kosun.us/drilling-waste-management/ have equipment which Hi-G dryer and vertical cuttings dryer would continue with dewatering and mud/gas separator to minimize waste disposal. KOSUN develops vertical cutting dryer, drying shaker, decanter centrifuge, screw conveyor, screw pump and other first-class high-performance drilling waste management system, taking “zero discharge of drilling waste” as the drilling waste treatment standard.

KOSUN summed up the advantages and disadvantages of domestic and foreign counterparts in the processing apparatus after absorb the advantages of foreign products, is to spend a lot of effort to study various constituent drilling wastewater, and these ingredients of the drilling wastewater treatment environmental impact; and for a variety of drilling fluid contamination factor development drilling waste treatment equipment http://www.kosun.us/drilling-waste-management/, drilling wastewater can handle different drilling fluid system. The device has the following characteristics:

Drilling waste management http://www.kosun.us/drilling-waste-management/ is to treat and recover the solid phase generated during drilling process to finally meet environment protection and discharge standards in countries and regions locally. It can meet the requirement of non-landing treatment of drilling mud, effectively prevent environmental pollution, save drilling mud and reduce drilling cost. At present, there are many drilling waste management methods and devices with different treatment effects.

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.