Mini Refinery

Supplier: Heat exchanger,mini refineries
Services: Engineering & project management

Heat exchanger - Used in chemical plants, mining and metallurgical operation.

Supplier: Octane boosters, specialty chemicals drilling chemicals to refinery chemicals, mini relocatable refinery, petroleum additives

Supplier: Waste water treatment, sludge sand treatment plant, waste oil regeneration plant, lubricating oil purification plant, waste gas and dust treatment equipment, sludge treatment equipment, ultrasonic auxiliary electric desalination equipment, ultrasonic descaling and anti scaling integrated equipment, new modified asphalt integrated equipment, modular wave electric heating equipment, cyclone separation equipment, wellhead gas hydrogen sulfide removal equipment and mini modular crude oil refineries etc.

Output of oil, water, and gas of oil wells are the most basic production parameters for oilfields to increase revenue and reduce expenditures, and realize intensive and digital production. However, due to different nature of the crude oil of each well, there are huge differences in fluid production, gas production, separated water , as well as the irregularities of oil well fluids and other complex factors, thus it is difficult to find a simple operation with strong adaptability, and measurement accuracy at home and abroad, which severely restrict improvement of the information construction and intensive management of the oil field. Our credible three-phase oil measurement technology is for this problem, especially for those oil wells that enter the high water period or high gas content.

The automatic cleaning line for used oil barrels uses high-pressure hot water to clean the inner and outer walls of the barrel at 360 degrees without dead angles . After air-drying, it can be further repaired and then sold as a container. The whole system includes Check line Outside cleaning line Internal cleaning line Airdry Repair line Oil-water separation device Sewage purification and reuse device Processing capacity: 20-200 per hour, can be customized

The used lubricating oil vacuum distillation device designed by our company has the following characteristics: With high vacuum distillation method, the base oil components can be distilled at 340 C, which is far lower than the current popular domestic used oil vacuum distillation of 380-400 C, which effectively avoids base oil molecules cracking at high temperature , reducing production of light oil like naphtha, improves the quality and yield of base oils, and decreases risk of plant operation. Using automatic continuous operation, during normal operation, only one person per shift can complete the control. The heating system adopts electromagnetic heating, no open flame, and high safety. The plant runs with low energy consumption, processing every ton of used oil, and the energy consumption required for heating is only about 200,000 kcal. Modular design, the on-site installation and commissioning cycle is greatly shortened. For the daily processing capacity of less than 20 tons, the whole set of equipment including heating, heat exchange, condensation, vacuum, atmospheric distillation, vacuum distillation, refining, compounding, control, circulating pool, cooling water tower, operating platform, etc. It can be transported by a truck. Small footprint. Taking the processing capacity of 10 tons/day as an example, the overall area of the device is only 28 square meters (4 meters x 7 meters). Quality of the product is good, and quality of the product produced has been tested by quality inspection department and meets the new lubricating oil quality standard.

SBS Modified Asphalt Complete plant (Mobile, Fixed) System Module: The production and processing of SBS modified asphalt must be carried out within a certain temperature range, which is determined by experiments with different grades of asphalt. Matching domestic high-quality thermal transfer oil heating furnace, pneumatic valve, temperature controller, heat-conducting oil, burner and program controller imported from Germany or Japan adopted to ensure the constant temperature control. Through automatic combustion and stop of heating furnace, circulating of heat-transfer oil, automatic opening and shutting of pneumatic valve, the heat is sent to each heating part and set by the temperature controller, so as to achieve temperature control automation. In order to meet the needs of different asphalt processing, complete set of equipment can be equipped with stabilizer adding device and auxiliary agent adding device. After the stabilizer is metered, the pump is directly added to the swelling tank. After grinding and reaction, the SBS particles and the asphalt can be combined tightly together, they can prevent segregation for a long period of time. The additives are added to the incubation tank after being metered when needed, which can effectively improve the performance indexes of the modified asphalt.

For Best Extraction, It Is Essential To Crush Oilseeds Twice. First Crushing During first crushing more steam heating is required. The residual oil content in the pre-pressed cake is about 12%-15%. After first crushing cake of about 10 mm thickness is sent to the second expeller machine where the second crushing takes place. You get about 80% oil during first crushing. Second Crushing Second crushing is done with more pressure by pressing cake discharge cone. Cake is thinner say 3 mm thickness. Residue in the cake is around 7% only. Now you get 20% oil. So full extraction is done after second crushing. It is important for viewers to understand meaning of automation. When process starts for seeds processing till feeding into the multiple expellers human labor was involved as human-being is best elevator and conveyer. If you have only have 1 decorticator and 1 expeller (MINI OIL MILL PLANT) two persons can handle this but when capacity of oil mill plant increase by more no. of expellers, it was remarkable that labors started exhausted due to monotonous work. So to give them relief conveyers and elevators were introduced for material handling and shifting from 1 equipment to the next equipment and so on. Thus, automatic plants came into action and started becoming popular.