Drilling waste management,oil based mud treatment,drilling mud circulation system,drilling waste management companies

06/28/202106/28/2021

KOSUN Mud Zero Discharge System Processing Flow

The Mud Zero Discharge System developed by KOSUN mainly includes shale shaker, centrifuges, cuttings dryers, and screw conveyors. After processing, it can reach an oil content about 2-5%, which is in line with national and industry standards.

After dewatering centrifuge separation and multifunctional purification unit, the harmful part of the mud is discharged with the solid phase. The liquid phase can be used to prepare the mud, discharge as wastewater or irrigate, and the solid part is solidified and then landfilled.

On-site centralized processing while drilling, using physical centrifugal separation technology to recover most of the base oil on-site, reducing the oil content and total amount of waste (the solid phase oil content of the spin dryer is 2%-12%, and the solid phase oil content of the centrifuge is about 13%, the treated solid phase is transported to the centralized treatment station for further treatment, and the liquid phase is returned to the circulation system for use. The advantage of on-site centrifugal deoiling while drilling is that it reduces the total amount of waste at the source, recovers reusable oil-based mud, and the treated waste is easy to store and transport, which greatly reduces the time and energy consumption of subsequent processing.

KOSUN- China Solids Control Leader&Drilling Waste Management Expert
Email: sales2@adkosun.com
WhatsApp/Wechat:+86 18792396268
Contact person: Lily Wang
Online consulting:
http://www.kosun.com
http://www.kosuneco.com

05/29/202105/29/2021

KOSUN Comprehensive Drilling Waste Treatment Solution

Solid-liquid separation is an important part of the drilling waste treatment process. The smaller the proportion of the water content in the waste, the smaller the volume of the remaining solids, and the smaller the required treatment cost, which can effectively control the treatment cost and reflect economic benefits. In recent years, domestically developed orifice plate filter presses, filter belt dewatering conveyors, horizontal screw centrifuges and other dewatering devices have promoted the improvement of drilling waste treatment technology.

This kind of treatment route is to let the sewage pond that collects wastes settle naturally first , and perform conventional sewage treatment on the free water produced after natural settlement; at the same time, add flocculants and coagulants to the sludge part for chemical destabilization treatment, and then pass it through dewatering devices such as centrifuges, filter belt dehydrators, orifice plate filter presses further separate solids and liquids, and finally solidify and treat the separated solids and moisture respectively, thereby completing the elimination of drilling and completion waste fluids. Harmful treatment. In this scheme, since the dehydration device is still in the trial stage, the degree of automation is not high and the efficiency is low.

Therefore, to improve efficiency, it is necessary to reduce from the source, and to simultaneously treat waste during the drilling process. After fully drawing on some advanced foreign experience, combined with the on-site situation of the drilling site in the country. KOSUN, a manufacturer of oil drilling equipment and solids control equipment, has formulated a comprehensive drilling waste treatment solution for customers. The program starts from the source through four major steps of solids control equipment-dehydration/water treatment/water recycling/filtering-mud recovery-solidification/biodegradation/thermal analysis/drill cuttings reinjection.

05/16/202105/16/2021

Oilfield Drilling Waste Mud Treatment Process

Drilling waste mud is one of the main pollution sources in the oil and gas industry, and its waste treatment is currently a major problem that plagues oil fields. The oilfield drilling waste mud treatment process is to treat waste drilling mud (drill cuttings) immediately while drilling, meeting the requirement of “mud not landing”, reducing land use and environmental pollution.

Oilfield drilling waste mud treatment process is to change “end treatment” to “full process control”. The waste mud is diluted-flocculated-separated into three parts: rock cuttings, mud cake and water, and the solids in the mud are separated by washing and flocculation. With chemical reaction treatment, the cuttings and mud cakes can reach the discharge standard. After the harmful substances and chloride ions in the mud are separated into the water, they are then dehydrated by vacuum adsorption or extrusion to make mud cakes. At the same time, the mud cakes are separated by centrifugation. The wastewater is concentrated by air flotation sedimentation, filtration system, and reverse osmosis system. After treatment, the up-to-standard wastewater can be reused for drilling recycling.

The main equipment of oilfield drilling waste mud treatment process includes: drying shaker, drill cuttings dryer, drilling fluid centrifuge, screw conveyor, screw pump, etc. The KOSUN mud non-grounding system can effectively control the drilling cuttings in the drilling mud Water content (6%-10%), stable liquid phase performance, to achieve the purpose of mud drying treatment without falling to the ground.

There are many kinds of oilfield drilling waste mud treatment process in oilfield drilling. Each treatment plan needs to be determined according to the drilling site and drilling construction conditions. It must not only achieve the treatment effect, but also meet the national environmental protection requirements, and strive to achieve harmless treatment. It plays an active role in improving and protecting the environment, soil and groundwater.

03/30/202105/16/2021

Dewatering principle of decanter centrifuge

The decanter centrifuge uses the principle of centrifugal sedimentation to separate the drilling suspension. The suspension enters the drum from the feed pipe through the liquid outlet hole in the screw pusher, and the solid particles are pushed to the inner wall of the drum under the action of centrifugal force and pass through the screw. The blades on the pusher are pushed to the slag discharge port at the small end of the rotating drum, and the liquid phase overflows through the overflow hole at the big end of the rotating drum. Such continuous circulation, in order to achieve the purpose of continuous separation. Sedimentation centrifuges belong to the category of horizontal spiral centrifuges, and the full name is horizontal spiral sedimentation centrifuges. crown

Dewatering principle of the decanter centrifuge: The decanter centrifuge uses the density difference between the solid and liquid phases, and under the action of centrifugal force, accelerates the sedimentation speed of the solid phase particles to achieve solid-liquid separation. The specific separation process is that the sludge and the flocculant liquid are sent into the mixing chamber in the drum through the inlet pipe, where the mixing and flocculation are carried out (if the sludge pump is dosing before the pump or the pipe is behind the pump, the flocculation reaction has been advanced) Due to the high-speed rotation and frictional resistance of the rotor (screw and drum), the sludge is accelerated inside the rotor and forms a cylindrical liquid ring layer (liquid ring area). Under the action of centrifugal force, the solid particles with larger specific gravity settle to the A mud layer (solid ring layer) is formed on the inner wall of the drum, and then the relative speed difference between the spiral and the drum is used to push the solid phase to the cone end of the drum. After pushing out the liquid surface (shore area or drying area), the mud can be dehydrated and dried. It is discharged to the slag discharge port, and the supernatant is discharged from the big end of the drum to achieve solid-liquid separation.

02/24/202102/24/2021

Zero Discharge Drilling Waste Management Equipment

The use of new technology for Zero Discharge Drilling Waste Management Equipment can effectively solve the problems of complex composition, high chroma, high COD, high toxicity, difficult treatment, large area, and risk of landfilling in deep mud drilling.

The main technical features of Zero Discharge Drilling Waste Management Equipment are:

First, collect drilling waste mud and cuttings while drilling on site, replacing the traditional waste collection method of excavating mud pits;

Second, the separated waste mud (liquid phase) adopts the technical idea of “removing harmful and retaining useful”, and uses “physical separation” as the main process to achieve mud regeneration treatment and reuse it on site for drilling ；

Third, the separated rock cuttings (solid phase) and other wastes are added to the targeted development of harmless and resource treatment agents to produce resource-based products on site and achieve harmlessness; its resource-based products Not only meets the requirements of the corresponding environmental protection technical indicators, but also meets the technical indicators of the resource products used as building materials, and the made building materials such as non-burning bricks and non-burning stones for paving roads.

KOSUN provide the full line of Zero Discharge Drilling Waste Management Equipment for drilling, operators is able to run the closed loop mud circulation system to reduce the cost for drilling waste handling. KOSUN Zero Discharge Drilling Waste Management Equipment is a packages system for the drilling rig to dry the OBM, SBM or WBM drilling cuttings and recycling the drilling fluids after cleaning by the decanter centrifuge.

KOSUN- China Solids Control Leader&Drilling Waste Management Expert
Email: sales2@adkosun.com
Wechat:+86 18792396268
Contact person: Lily Wang
Online consulting:
http://www.kosun.com
http://www.kosuneco.com

01/24/202101/24/2021

How to deal with drilling waste at the well site with natural radiation?

KOSUN is a professional manufacturer in drilling waste management. KOSUN has many years of drilling waste management experience. It can provide supporting and efficient oilfield drilling waste mud treatment equipment for different types of waste drilling fluids, especially for waste oil-based mud and waste water-based mud. With rich experience in treatment, we can also provide professional drilling solid waste treatment equipment.

There are two main aspects of the impact of radioactive materials on people: one is that the radioactive material emits rays, it will not directly contact the body, as long as the distance is sufficient, it will generally not cause harm to the body. On the other hand, radioactive pollutants are in direct contact with the body, which is a great harm. We must be very careful to avoid contact with these pollutants as much as possible, so as not to cause unnecessary harm, but also as much as possible to avoid pollution and harm to the environment.

Natural radioactive materials can be treated by appropriate methods, by injecting waste into blocked or abandoned wells, and ensure that the water level is below the groundwater level; or discharge into the ocean after meeting the requirements of relevant environmental protection laws and regulations; or transform it within the allowable content of the environment, and stored in a specially designated place for storing natural radioactive waste; it can even be discharged into an isolated and non-evaporable pool. In order to better solve the problem of radioactive waste disposal and reduce disposal costs. Where radioactive sources are found, the equipment and tools used will also be contaminated by radioactive waste. Therefore, they must be properly handled to prevent secondary pollution.

11/26/202011/26/2020

Oil based drill cuttings treatment & Drilling cuttings waste management Equipment

The complete sets of Oil based drill cuttings treatment & Drilling cuttings waste management Equipment include: drill cuttings dryer, drill cuttings centrifuge, drill cuttings conveyor, pump and electronic control system. Oil-based drilling cuttings is a kind of oil-field drilling fluid, also called oil-based mud, which includes oil as the continuous phase, water volume content up to 50% as the dispersed phase, emulsifier as stabilizer and water-in-oil emulsion drilling fluid and A drilling fluid usually made up of diesel oil, oxidized asphalt, organic acids, alkalis and other chemical agents. Oil-based drilling fluid has the advantages of high temperature resistance, salt and calcium corrosion resistance, which is beneficial to the stability of the borehole wall, good lubricity, and less damage to oil and gas formations. At present, it has developed into an important method for drilling high-temperature wells, deep wells and other high-difficulty wells and various complex formations, but the preparation cost is much higher than that of water-based drilling fluids.

Oil based drill cuttings treatment & Drilling cuttings waste management Equipment is composed of screw conveyors, drill cuttings dryers, environmentally friendly centrifuges and other equipment, supporting the mud solids control system to achieve mud processing while drilling, instead of the traditional method of using filter press or mud pool, greatly improving economic and environmental benefits, it is widely used in oilfield drilling.

After treated by the Oil based drill cuttings treatment & Drilling cuttings waste management Equipment, oil-based drilling cuttings pass through the special oil-based mud non-ground treatment system, 30-50 tons of oil-based drilling cuttings can be processed per hour without adding any chemicals, and the oil-based oil content of the drilling cuttings is controlled by 5% to 8%; The requirements of “no pooling”, “reduction” and “zero discharge” and “zero addition” at the wellsite have been implemented. The emergence of the drilling waste treatment and purification system can not only solve the on-site environmental problems, but also recycle the waste generated by the on-site solids control system. It can retain the useful mud while reprocessing the drill cuttings. Carry out concentrated curing treatment to reduce the damage to the surrounding environment caused by field operations. The use of waste mud cake after drilling waste treatment: it can be used for secondary utilization such as brick burning and road paving.

10/30/202010/30/2020

Features and advantages of KOSUN Vertical Cutting Dryer

Vertical Cutting Dryer can be used in many types of drilling mud, mainly for oil based and composite mud. Similar to other solid control equipment, such as shake shale shaker, centrifuge, cyclone separator, drilling cuttings dryer processing capacity is also highly dependent on mud viscosity. Mud viscosity is determined by a number of factors, including solids content, particle size, type of drilling fluid and drilling fluid temperature.

Features and advantages of KOSUN Vertical Cutting Dryer:

1.efficient solid-liquid separation, the effective recovery of the mud in the drilling cuttings, a substantial reduction in solid emissions, solid oil content can be achieved after treatment of less than 5%.

2.effective recovery and reuse in the mud, mud circulation system, Recyclable due to slurry leakage, mobile derrick and mesh plug loss shaker.

3.commonly used wear parts can be replaced from the top of the device; no need to move any device, you can replace the belt.

4.In the rotation scraper Sprayed Tungsten Carbide corrosion resistant material, can prolong the service life, reduce maintenance costs.

5.suitable for oil base mud drilling cuttings recovery.

6.to achieve the mud does not fall on the job requirements, reduce drilling fluid costs and waste disposal costs.

Vertical Cutting Dryer is ascraper discharge centrifuge with single – stage continuous operation. KOSUN Vertical Cutting Dryer can effectively recover the oil component in the cuttings, with a processing capacity of 30-50 tons per hour, and the oil OOC content of the processed cuttings is less than 5%.

KOSUN Vertical Cutting Dryer through centrifugal force to separate oil and water from oil based cuttings and composite cuttings. Thus, the purpose of reducing harmful substances and recovering useful drilling fluid is achieved. As a manufacturer of Vertical Cutting Dryer, KOSUN can produce and sell VC series vertical cuttings dryers, which can solve the problem of waste disposal of oil based, water based and compound based drilling wastes in oilfield drilling.

09/22/202009/22/2020

Features and advantages of KOSUN drilling waste management system

The main equipment of KOSUN drilling waste management system includes: shale shaker, vertical cuttings dryer, drilling fluid centrifuge, screw conveyor, screw pump and other equipment.

Technical features and advantages of KOSUN drilling waste management system:

– Using advanced mud slurping technology, the useful liquid phase in drilling cuttings can be recovered effectively, achieving high efficiency curing treatment.

– Low moisture content of the treated useless solid phase makes it easy to transport.

– Extremely effective for cuttings drying of oil – and composite – based mud.

– Modular design, moving transportation convenient and fast.

– Simple and practical processing flow, large processing capacity.

– The whole set of equipment is easy to operate, low cost of use and maintenance.

Mud zero discharge system, also known as drilling waste management system. With the improvement of environmental protection requirements, higher requirements have been put forward for cuttings disposal in drilling site. KOSUN drilling waste management system not only can solve the environmental problems, at the same time secondary recycling the waste of the solids control system, reduce on-site damage to the surrounding environment.

08/12/202008/12/2020

Drilling mud solid control and waste management

Introduction of Drilling mud solid control system:

Solid control system is a technique used in a drilling rig to separate the solids in the drilling fluids that are crushed by the drill bits and carried out of the well surface. Normally, a solid control system contains five stages: the mud tank, shale shaker, vacuum degasser, desander, desilter, and centrifuge. The shale shaker is used to separate big solids with diameter above 75μm, the desander addresses solids from 45-74μm, and the desilter segregates solids between 15-44μm. Sometimes the desander and desilter are combined as one high efficiency mud cleaner. When air enters the drilling fluids, a vacuum degasser is used to separate the air. When there is no air in the mud, the degasser works as a big agitator. All these stages are mounted on the top of the mud tank. After separating the solids, the clean mud can be pumped into the borehole again.The mud system with 4 phases of solids control process can be understood as the 5 phase purification system. From shale shaker, vacuum degasser, to Desander cone, Desilter cone, and the decanting centrifuge: different working principle, different separation point. Every well drilling requires such a system to process drilling mud. However, per different well depth and different drilling conditions we’ll get different configurations and different results.

Introduction of Drillingmud waste management:

Drilling waste management system, also called as drill cutting treatment system or drilling cutting management system. According to different applications, it can be classified as water-base drilling waste management system and oil-base drilling waste management system.

The main Drilling waste management equipments are drying shaker, cutting dryer, decanter centrifuge, screw conveyor, screw pump and tanks. The drilling waste management system can effectively control the moisture content (6%-15%) and oil content (2%-8%) in drilling cuttings and stabilizes the liquid phase performance.