As the most important energy source in modern world, the crude oil reservation is still vital for human beings for now,. According to data and composition of the earth, most of crude oil reservations are in the ocean. That’s why the offshore drilling technology is more quite important and also the standards for the equipment involved in the offshore drilling projects are higher.

GN Solids Control has been working in the oil and gas industry for more than 15 years, and has providing solids control systems and drilling cuttings waste management systems to more than 70 countries in the world, for both land rigs and offshore platforms. In the overseas projects, the Chinese offshore platforms’ contractors are packaging GN’s equipment because of the high quality and reliable performance, and also because of the clients’ approval. GN Solids Control is not only a Chinese brand, but also an internationally well known one.

Recently, GN Solids Control customized and provided to an offshore platform with 4 sets of high-G drying shakers for the drilling cuttings treatment. As is known to all, when the drilling cuttings are removed from the solids control system, from the shale shaker, they are still wet, which means, it still contains a great amount of drilling fluids. It helps a lot to make the cuttings as dry as possible for easy transportation, especially under case of offshore drilling.

GN High G drying shaker is specially designed for meeting this request and it is designed for the water based mud. It can generate a vibrating G-force up to 8.5G. In this high-G drying shaker system, GN applies a smart control system for easy operation, and this system includes also other necessary auxiliary equipment, like the mud tanks, centrifugal pump, mud agitator and etc.

For the oil based mud, GN has another equipment, the vertical cuttings dryer. Both the vertical cuttings dryer and high-G drying shaker can be made as a single section, flexible for transportation and application.

For more information, welcome to consult from GN.