The actual drilling waste management can be used within isolating suspension along with strong stage focus becoming 270% as well as fluid stage viscosity 0. 01Pa . Utes as well as that contains strong stage granule associated with particle size, within isolating the actual suspension associated with amorphous materials hard with regard to reviving blocking fabric as well as associated with large alter within strong stage focus.
Recently, eight sets of KOSUN LS584-D Hi-G Dryer
Shaker upgraded in 2015 are sold to African market for application on
drilling waste management sites in the area.
KOSUN R&D team has considered application conditions on drilling sites
worldwide and improved various functions for this upgraded and updated KOSUN
LS584-D Hi-G Dryer Shaker based on the original product.
Hi-G Dryer Shaker meets
ergonomic design principles and various operation requirements on drilling waste
management site, and the product wins customers’ praise for its greatly upgraded
practicability.
KOSUN LS584-D Hi-G Dryer Shaker adopts blue for the main machine body. It is
equipped with four flat screens and high-volume integrated base collecting box.
Combined with other equipment like vertical
cuttings dryer, it can form a set of water-based mud drilling waste
management system for green waste management and drilling mud recycling on
drilling sites.
Dedicated to energy development and environmental protection, KOSUN
proactively responds to the requirements of World Environmental Protection
Organization and has established a solely-invested Oil & Gas Drilling Waste
Management Engineering Center in Xi’an China aiming at on-spot discharge and
landfilling of waste water, drilling waste mud during oil and gas
exploitation.
Through five-year international cooperation and one-year field test, drilling
waste management technology and equipment in compliance with international
environmental protection discharge requirements emerge at the right moment.
KOSUN drilling waste management equipment has excellent effect in recycling
water-based, oil-based and synthetic-based mud, which recycles not only some
costly drilling chemicals and additives to reduce harmful solid discharge, but
also water resource. KOSUN series drilling waste management equipment saves
drilling cost for customers and fulfils environmental protection requirement of
“zero drilling mud discharge”.
Related equipment: shale
shaker, decanting
centrifuge
2015年4月23日星期四
Four tips on using drilling solids control mud agitator
Regulatory changes concerning the mud agitator for drilling mud recycling system have increased the stringency of treatment requirements although a specific group has been initially exempt from new requirements.
Agitator make its work volume within the drilling fluid circulating agitation one time is called the cycle time and cycle time is commonly 30-90 s. in solids control system , placed shale shaker, etc of the drilling fluid solids control single tank and drilling pump on tank should take little value, to ensure that the drilling fluid performance stability.
Maintenance of mud agitator:
1. mud agitator installation should be level and smooth lifting agitator placed in the position I want to install, adjust concentricity <0.39mm after four M16 socket welded to the tank and tighten the base bolt .
2. mud agitator rigid coupling spring washer must be installed and should be solid and reliable, otherwise it will cause waves axle deflection, exacerbated reducer wear.
3. mud mixer blender running should be no abnormal sound, cassette, high temperature and other abnormal situations. Otherwise, should stop to check, troubleshooting.
4. mud agitator gearbox oil level should be maintained, as the oil window in the middle position, the work often make up the oil. Recommended to use 120 # industrial gear oil. When the field is not satisfied, also use other suitable lubricant particle.
Mud agitator by a group of cyclone shaker and a breakdown of the composition of the upper part of the cyclone, the lower part of the shaker. 100mm from the group consisting of a cyclone swirler. Mainly used to deal with increased drilling, recycling barite; heavier drilling fluids can also be used for non-recovery of precious liquid. While the slurry process is merely a stirrer cyclone underflow material, not all the drilling fluid flow, the cleaner will shaker occurrence of clogging tendency, the following approach may be used to prevent and overcome.
Agitator make its work volume within the drilling fluid circulating agitation one time is called the cycle time and cycle time is commonly 30-90 s. in solids control system , placed shale shaker, etc of the drilling fluid solids control single tank and drilling pump on tank should take little value, to ensure that the drilling fluid performance stability.
Maintenance of mud agitator:
1. mud agitator installation should be level and smooth lifting agitator placed in the position I want to install, adjust concentricity <0.39mm after four M16 socket welded to the tank and tighten the base bolt .
2. mud agitator rigid coupling spring washer must be installed and should be solid and reliable, otherwise it will cause waves axle deflection, exacerbated reducer wear.
3. mud mixer blender running should be no abnormal sound, cassette, high temperature and other abnormal situations. Otherwise, should stop to check, troubleshooting.
4. mud agitator gearbox oil level should be maintained, as the oil window in the middle position, the work often make up the oil. Recommended to use 120 # industrial gear oil. When the field is not satisfied, also use other suitable lubricant particle.
Mud agitator by a group of cyclone shaker and a breakdown of the composition of the upper part of the cyclone, the lower part of the shaker. 100mm from the group consisting of a cyclone swirler. Mainly used to deal with increased drilling, recycling barite; heavier drilling fluids can also be used for non-recovery of precious liquid. While the slurry process is merely a stirrer cyclone underflow material, not all the drilling fluid flow, the cleaner will shaker occurrence of clogging tendency, the following approach may be used to prevent and overcome.
Drilling mud separation desander fundamental principles
Drilling fluid is used to aid the drilling of boreholes into the earth. Often used while drilling oil and natural gas wells and on exploration drilling rigs, drilling fluids are also used for much simpler boreholes.
As a key part of drilling fluids solids control equipment desander and desilter for separating solids, hydrocyclones in different specifications work against different diameters and for different cleannesses. Besides, separation capacity is closely related with cyclone diameter since larger diameter is aimed at larger particles while smaller one contends with smaller particles.
Operating desander at peak efficiency is a simple matter, since most desanders are relatively uncomplicated devices. Here are a few fundamental principles to keep in mind.
1. Operate the desander unit at the recommended feed manifold pressure, usually around 30 PSI. A feed pressure too low decreases efficiency and a pressure too high puts un-due wear & tear on the cyclone.
2. Check desander cone regularly to ensure the discharge orifice is not plugged.
3. Run the desander continuously let fluid overflow back and process over & over.
4. Operate the desander with a light spray rather than a rope discharge to maintain peak efficiency.
5. Maintenance of desanders normally entails no more than checking all cone parts for excessive wear and flushing out the feed manifold between bores. Large trash may collect in feed manifold, which could cause cone plugging during operation. Preventive maintenance minimizes downtime & repairs are simpler between bores, rather than during drilling operations.
Related solids control equipment: mud agitator, jet mud mixer
As a key part of drilling fluids solids control equipment desander and desilter for separating solids, hydrocyclones in different specifications work against different diameters and for different cleannesses. Besides, separation capacity is closely related with cyclone diameter since larger diameter is aimed at larger particles while smaller one contends with smaller particles.
Operating desander at peak efficiency is a simple matter, since most desanders are relatively uncomplicated devices. Here are a few fundamental principles to keep in mind.
1. Operate the desander unit at the recommended feed manifold pressure, usually around 30 PSI. A feed pressure too low decreases efficiency and a pressure too high puts un-due wear & tear on the cyclone.
2. Check desander cone regularly to ensure the discharge orifice is not plugged.
3. Run the desander continuously let fluid overflow back and process over & over.
4. Operate the desander with a light spray rather than a rope discharge to maintain peak efficiency.
5. Maintenance of desanders normally entails no more than checking all cone parts for excessive wear and flushing out the feed manifold between bores. Large trash may collect in feed manifold, which could cause cone plugging during operation. Preventive maintenance minimizes downtime & repairs are simpler between bores, rather than during drilling operations.
Related solids control equipment: mud agitator, jet mud mixer
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