Customized Oil Sludge Separation Equipment Delivery

Recently, the customer-customized oil sludge separation equipment was sent to the Xinjiang oilfield project site to help the customer’s project construction to advance steadily.

This set of equipment is a set of oily sludge separation equipment developed by Longzhong Heavy Industry R & D personnel based on the existing oilfield sludge treatment technology and the actual situation of the customer project. The system utilizes technologies such as fully stirring and dispersing by scrubbing machines, centrifugal separation, and dehydration recovery. The phases in the oily sludge are effectively separated, and the four-phase separation of oil, mud, sand, and water is truly realized. At the same time, it has reached the relevant national emission standards, and has also produced economic benefits for the enterprise.

Process flow

After the material enters the silo, it is washed by three-sided surrounding water flow, and then flows into the scrubbing machine, where it is fully stirred, scrubbed, and dispersed. Then it enters the dehydration screen for dehydration at the feed end, and the material on the screen is fully dehydrated during the process of moving to the discharge end at a uniform speed. The under-screen material enters the under-screen water tank, and is pumped by the slurry pump to the cyclone for fine sand recovery. After the cyclone is concentrated and separated, it falls into the feed end of the dehydration screen from the bottom outlet of the cyclone to start dehydration, and dehydrates with the material on the screen to produce finished sand.

Features

One-piece structure, easy to install

The oil sludge separation equipment integrates equipment such as a silo, a scrubbing machine, and a dehydration fine sand recovery machine. Compact and reasonable structural design, integrated structure, small footprint, easy installation, no special installation foundation required.

Environmental friendly

Longzhong heavy industry sludge separation equipment is of great significance for waste treatment. It can be used for reduction treatment, energy saving and emission reduction, waste utilization, and efficient recycling. It is in line with the current national requirements for the environmental protection industry.