Shale shaker is the first stage solids control equipment in drilling fluids system, it is the first line of defense for the whole mud system. The first line of defense for a properly designed solid control system is the shaker. Drilling shale shakers remove solids from drilling fluids as the mud passes over the surface of a vibrating screen. Particles smaller than the openings in the screen pass through the holes of the screen along with the liquid phase of the mud. Particles too large to pass through the screen are thereby separated from the mud for disposal. Without proper screening of the drilling fluids during this initial removal step, downstream equipment will experience reduced efficiency and effectiveness. The downstream desanders and oilfield desilters with hydrocyclones and/or drilling centrifuges (if employed) will simply be overloaded beyond their design capacity.
There are a number of commercial claims that indicate shale shakers can cut solids lower than 74μm, however, when it comes to the practical installation and use of solids control systems (i.e. relative to flow rates, drilling fluids viscosity, screen condition, volume of solids being managed, etc.), operators should conservatively assume 100μm as the performance limit.
Basically, a shale shaker screen acts as a “go/no-go” gauge: either a particle is small enough to pass through the screen or it is not. Screening surfaces used in solids control equipment are generally made of multi-layered woven wire screen cloth and are the “heart and soul” of the shaker. Fundamentally, the quality of a shaker is defined by the quality of screens it utilizes. When selecting a solids control system, it is important that the quality of the screen manufacturing and experience in manufacturing screens is considered.
If the system is appropriately set up with a scalping system and a fine screen system, the scalping screens must be sized just coarse enough to ensure that drilling fluids does not sheet off the shaker (i.e. whole mud losses). This happens when the scalping screen is too fine to allow the drilling fluids to pass into the solids control system’s dirty tank. Typical scalping screen configurations for HDD applications range from 50 mesh (API 50) to 120 mesh (API 100). Typical fine screen configurations range from 160 (API 120) to 200 mesh (API 170). The API 13C classification is gaining traction in the HDD industry as more contractors focus on the micron cut point they are trying to achieve in their fluids.
Relative to the use of shaker screens, it is the size of the screen openings, not the mesh number that determines the size of the particles separated by the screen. It is because of this fact that HDD mud system users should compare and specify screens based on their API 13C designation.
KOSUN exclusively produces oil & gas drilling fluids solids control equipment and solids control system, as well as varieties of chemical agent, such as shale shaker, desander, decanter centrifuge, vacuum degasser, electrical ignition device, cuttings dryer, mud cleaner, sand pump, drying shaker, mud agitator, etc. KOSUN has been serving the oil & gas industry for 20 years since its establishment in 1992, and has obtained good experience on equipment manufacturing & oilfield service. Our products have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc.
http://www.china-kosun.com/kosun-solids-control-equipment/mud-agitator.html
http://www.kosunservices.com/solids_control_equipment/jet_mud_mixer.html
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
2015年6月29日星期一
Shale shakers for mud system with shaker screen
Shale shaker is the first stage solids control equipment in drilling fluids system, it is the first line of defense for the whole mud system. The first line of defense for a properly designed solid control system is the shaker. Drilling shale shakers remove solids from drilling fluids as the mud passes over the surface of a vibrating screen. Particles smaller than the openings in the screen pass through the holes of the screen along with the liquid phase of the mud. Particles too large to pass through the screen are thereby separated from the mud for disposal. Without proper screening of the drilling fluids during this initial removal step, downstream equipment will experience reduced efficiency and effectiveness. The downstream desanders and oilfield desilters with hydrocyclones and/or drilling centrifuges (if employed) will simply be overloaded beyond their design capacity.
There are a number of commercial claims that indicate shale shakers can cut solids lower than 74μm, however, when it comes to the practical installation and use of solids control systems (i.e. relative to flow rates, drilling fluids viscosity, screen condition, volume of solids being managed, etc.), operators should conservatively assume 100μm as the performance limit.
Basically, a shale shaker screen acts as a “go/no-go” gauge: either a particle is small enough to pass through the screen or it is not. Screening surfaces used in solids control equipment are generally made of multi-layered woven wire screen cloth and are the “heart and soul” of the shaker. Fundamentally, the quality of a shaker is defined by the quality of screens it utilizes. When selecting a solids control system, it is important that the quality of the screen manufacturing and experience in manufacturing screens is considered.
If the system is appropriately set up with a scalping system and a fine screen system, the scalping screens must be sized just coarse enough to ensure that drilling fluids does not sheet off the shaker (i.e. whole mud losses). This happens when the scalping screen is too fine to allow the drilling fluids to pass into the solids control system’s dirty tank. Typical scalping screen configurations for HDD applications range from 50 mesh (API 50) to 120 mesh (API 100). Typical fine screen configurations range from 160 (API 120) to 200 mesh (API 170). The API 13C classification is gaining traction in the HDD industry as more contractors focus on the micron cut point they are trying to achieve in their fluids.
Relative to the use of shaker screens, it is the size of the screen openings, not the mesh number that determines the size of the particles separated by the screen. It is because of this fact that HDD mud system users should compare and specify screens based on their API 13C designation.
KOSUN exclusively produces oil & gas drilling fluids solids control equipment and solids control system, as well as varieties of chemical agent, such as shale shaker, desander, decanter centrifuge, vacuum degasser, electrical ignition device, cuttings dryer, mud cleaner, sand pump, drying shaker, mud agitator, etc. KOSUN has been serving the oil & gas industry for 20 years since its establishment in 1992, and has obtained good experience on equipment manufacturing & oilfield service. Our products have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc.
http://www.china-kosun.com/kosun-solids-control-equipment/mud-agitator.html
http://www.kosunservices.com/solids_control_equipment/jet_mud_mixer.html
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
There are a number of commercial claims that indicate shale shakers can cut solids lower than 74μm, however, when it comes to the practical installation and use of solids control systems (i.e. relative to flow rates, drilling fluids viscosity, screen condition, volume of solids being managed, etc.), operators should conservatively assume 100μm as the performance limit.
Basically, a shale shaker screen acts as a “go/no-go” gauge: either a particle is small enough to pass through the screen or it is not. Screening surfaces used in solids control equipment are generally made of multi-layered woven wire screen cloth and are the “heart and soul” of the shaker. Fundamentally, the quality of a shaker is defined by the quality of screens it utilizes. When selecting a solids control system, it is important that the quality of the screen manufacturing and experience in manufacturing screens is considered.
If the system is appropriately set up with a scalping system and a fine screen system, the scalping screens must be sized just coarse enough to ensure that drilling fluids does not sheet off the shaker (i.e. whole mud losses). This happens when the scalping screen is too fine to allow the drilling fluids to pass into the solids control system’s dirty tank. Typical scalping screen configurations for HDD applications range from 50 mesh (API 50) to 120 mesh (API 100). Typical fine screen configurations range from 160 (API 120) to 200 mesh (API 170). The API 13C classification is gaining traction in the HDD industry as more contractors focus on the micron cut point they are trying to achieve in their fluids.
Relative to the use of shaker screens, it is the size of the screen openings, not the mesh number that determines the size of the particles separated by the screen. It is because of this fact that HDD mud system users should compare and specify screens based on their API 13C designation.
KOSUN exclusively produces oil & gas drilling fluids solids control equipment and solids control system, as well as varieties of chemical agent, such as shale shaker, desander, decanter centrifuge, vacuum degasser, electrical ignition device, cuttings dryer, mud cleaner, sand pump, drying shaker, mud agitator, etc. KOSUN has been serving the oil & gas industry for 20 years since its establishment in 1992, and has obtained good experience on equipment manufacturing & oilfield service. Our products have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc.
http://www.china-kosun.com/kosun-solids-control-equipment/mud-agitator.html
http://www.kosunservices.com/solids_control_equipment/jet_mud_mixer.html
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
Shale shakers for mud system with shaker screen
Shale shaker is the first stage solids control equipment in drilling fluids system, it is the first line of defense for the whole mud system. The first line of defense for a properly designed solid control system is the shaker. Drilling shale shakers remove solids from drilling fluids as the mud passes over the surface of a vibrating screen. Particles smaller than the openings in the screen pass through the holes of the screen along with the liquid phase of the mud. Particles too large to pass through the screen are thereby separated from the mud for disposal. Without proper screening of the drilling fluids during this initial removal step, downstream equipment will experience reduced efficiency and effectiveness. The downstream desanders and oilfield desilters with hydrocyclones and/or drilling centrifuges (if employed) will simply be overloaded beyond their design capacity.
There are a number of commercial claims that indicate shale shakers can cut solids lower than 74μm, however, when it comes to the practical installation and use of solids control systems (i.e. relative to flow rates, drilling fluids viscosity, screen condition, volume of solids being managed, etc.), operators should conservatively assume 100μm as the performance limit.
Basically, a shale shaker screen acts as a “go/no-go” gauge: either a particle is small enough to pass through the screen or it is not. Screening surfaces used in solids control equipment are generally made of multi-layered woven wire screen cloth and are the “heart and soul” of the shaker. Fundamentally, the quality of a shaker is defined by the quality of screens it utilizes. When selecting a solids control system, it is important that the quality of the screen manufacturing and experience in manufacturing screens is considered.
If the system is appropriately set up with a scalping system and a fine screen system, the scalping screens must be sized just coarse enough to ensure that drilling fluids does not sheet off the shaker (i.e. whole mud losses). This happens when the scalping screen is too fine to allow the drilling fluids to pass into the solids control system’s dirty tank. Typical scalping screen configurations for HDD applications range from 50 mesh (API 50) to 120 mesh (API 100). Typical fine screen configurations range from 160 (API 120) to 200 mesh (API 170). The API 13C classification is gaining traction in the HDD industry as more contractors focus on the micron cut point they are trying to achieve in their fluids.
Relative to the use of shaker screens, it is the size of the screen openings, not the mesh number that determines the size of the particles separated by the screen. It is because of this fact that HDD mud system users should compare and specify screens based on their API 13C designation.
KOSUN exclusively produces oil & gas drilling fluids solids control equipment and solids control system, as well as varieties of chemical agent, such as shale shaker, desander, decanter centrifuge, vacuum degasser, electrical ignition device, cuttings dryer, mud cleaner, sand pump, drying shaker, mud agitator, etc. KOSUN has been serving the oil & gas industry for 20 years since its establishment in 1992, and has obtained good experience on equipment manufacturing & oilfield service. Our products have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc.
http://www.china-kosun.com/kosun-solids-control-equipment/mud-agitator.html
http://www.kosunservices.com/solids_control_equipment/jet_mud_mixer.html
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
There are a number of commercial claims that indicate shale shakers can cut solids lower than 74μm, however, when it comes to the practical installation and use of solids control systems (i.e. relative to flow rates, drilling fluids viscosity, screen condition, volume of solids being managed, etc.), operators should conservatively assume 100μm as the performance limit.
Basically, a shale shaker screen acts as a “go/no-go” gauge: either a particle is small enough to pass through the screen or it is not. Screening surfaces used in solids control equipment are generally made of multi-layered woven wire screen cloth and are the “heart and soul” of the shaker. Fundamentally, the quality of a shaker is defined by the quality of screens it utilizes. When selecting a solids control system, it is important that the quality of the screen manufacturing and experience in manufacturing screens is considered.
If the system is appropriately set up with a scalping system and a fine screen system, the scalping screens must be sized just coarse enough to ensure that drilling fluids does not sheet off the shaker (i.e. whole mud losses). This happens when the scalping screen is too fine to allow the drilling fluids to pass into the solids control system’s dirty tank. Typical scalping screen configurations for HDD applications range from 50 mesh (API 50) to 120 mesh (API 100). Typical fine screen configurations range from 160 (API 120) to 200 mesh (API 170). The API 13C classification is gaining traction in the HDD industry as more contractors focus on the micron cut point they are trying to achieve in their fluids.
Relative to the use of shaker screens, it is the size of the screen openings, not the mesh number that determines the size of the particles separated by the screen. It is because of this fact that HDD mud system users should compare and specify screens based on their API 13C designation.
KOSUN exclusively produces oil & gas drilling fluids solids control equipment and solids control system, as well as varieties of chemical agent, such as shale shaker, desander, decanter centrifuge, vacuum degasser, electrical ignition device, cuttings dryer, mud cleaner, sand pump, drying shaker, mud agitator, etc. KOSUN has been serving the oil & gas industry for 20 years since its establishment in 1992, and has obtained good experience on equipment manufacturing & oilfield service. Our products have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc.
http://www.china-kosun.com/kosun-solids-control-equipment/mud-agitator.html
http://www.kosunservices.com/solids_control_equipment/jet_mud_mixer.html
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
Shale shakers for mud system with shaker screen
Shale shaker is the first stage solids control equipment in drilling fluids system, it is the first line of defense for the whole mud system. The first line of defense for a properly designed solid control system is the shaker. Drilling shale shakers remove solids from drilling fluids as the mud passes over the surface of a vibrating screen. Particles smaller than the openings in the screen pass through the holes of the screen along with the liquid phase of the mud. Particles too large to pass through the screen are thereby separated from the mud for disposal. Without proper screening of the drilling fluids during this initial removal step, downstream equipment will experience reduced efficiency and effectiveness. The downstream desanders and oilfield desilters with hydrocyclones and/or drilling centrifuges (if employed) will simply be overloaded beyond their design capacity.
There are a number of commercial claims that indicate shale shakers can cut solids lower than 74μm, however, when it comes to the practical installation and use of solids control systems (i.e. relative to flow rates, drilling fluids viscosity, screen condition, volume of solids being managed, etc.), operators should conservatively assume 100μm as the performance limit.
Basically, a shale shaker screen acts as a “go/no-go” gauge: either a particle is small enough to pass through the screen or it is not. Screening surfaces used in solids control equipment are generally made of multi-layered woven wire screen cloth and are the “heart and soul” of the shaker. Fundamentally, the quality of a shaker is defined by the quality of screens it utilizes. When selecting a solids control system, it is important that the quality of the screen manufacturing and experience in manufacturing screens is considered.
If the system is appropriately set up with a scalping system and a fine screen system, the scalping screens must be sized just coarse enough to ensure that drilling fluids does not sheet off the shaker (i.e. whole mud losses). This happens when the scalping screen is too fine to allow the drilling fluids to pass into the solids control system’s dirty tank. Typical scalping screen configurations for HDD applications range from 50 mesh (API 50) to 120 mesh (API 100). Typical fine screen configurations range from 160 (API 120) to 200 mesh (API 170). The API 13C classification is gaining traction in the HDD industry as more contractors focus on the micron cut point they are trying to achieve in their fluids.
Relative to the use of shaker screens, it is the size of the screen openings, not the mesh number that determines the size of the particles separated by the screen. It is because of this fact that HDD mud system users should compare and specify screens based on their API 13C designation.
KOSUN exclusively produces oil & gas drilling fluids solids control equipment and solids control system, as well as varieties of chemical agent, such as shale shaker, desander, decanter centrifuge, vacuum degasser, electrical ignition device, cuttings dryer, mud cleaner, sand pump, drying shaker, mud agitator, etc. KOSUN has been serving the oil & gas industry for 20 years since its establishment in 1992, and has obtained good experience on equipment manufacturing & oilfield service. Our products have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc.
http://www.china-kosun.com/kosun-solids-control-equipment/mud-agitator.html
http://www.kosunservices.com/solids_control_equipment/jet_mud_mixer.html
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
There are a number of commercial claims that indicate shale shakers can cut solids lower than 74μm, however, when it comes to the practical installation and use of solids control systems (i.e. relative to flow rates, drilling fluids viscosity, screen condition, volume of solids being managed, etc.), operators should conservatively assume 100μm as the performance limit.
Basically, a shale shaker screen acts as a “go/no-go” gauge: either a particle is small enough to pass through the screen or it is not. Screening surfaces used in solids control equipment are generally made of multi-layered woven wire screen cloth and are the “heart and soul” of the shaker. Fundamentally, the quality of a shaker is defined by the quality of screens it utilizes. When selecting a solids control system, it is important that the quality of the screen manufacturing and experience in manufacturing screens is considered.
If the system is appropriately set up with a scalping system and a fine screen system, the scalping screens must be sized just coarse enough to ensure that drilling fluids does not sheet off the shaker (i.e. whole mud losses). This happens when the scalping screen is too fine to allow the drilling fluids to pass into the solids control system’s dirty tank. Typical scalping screen configurations for HDD applications range from 50 mesh (API 50) to 120 mesh (API 100). Typical fine screen configurations range from 160 (API 120) to 200 mesh (API 170). The API 13C classification is gaining traction in the HDD industry as more contractors focus on the micron cut point they are trying to achieve in their fluids.
Relative to the use of shaker screens, it is the size of the screen openings, not the mesh number that determines the size of the particles separated by the screen. It is because of this fact that HDD mud system users should compare and specify screens based on their API 13C designation.
KOSUN exclusively produces oil & gas drilling fluids solids control equipment and solids control system, as well as varieties of chemical agent, such as shale shaker, desander, decanter centrifuge, vacuum degasser, electrical ignition device, cuttings dryer, mud cleaner, sand pump, drying shaker, mud agitator, etc. KOSUN has been serving the oil & gas industry for 20 years since its establishment in 1992, and has obtained good experience on equipment manufacturing & oilfield service. Our products have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc.
http://www.china-kosun.com/kosun-solids-control-equipment/mud-agitator.html
http://www.kosunservices.com/solids_control_equipment/jet_mud_mixer.html
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
2015年6月23日星期二
How to Protect Shale Shaker
The knowledge about how to protect shale shaker has been established to allow for comparisons among many oil drilling suggestions at one point in time after emission. In fact, as some experts have pointed out in high quality shear pump, the knowledge about how to protect shale shaker might add confusion when we are evaluating environmental benefits as well as policy tradeoffs over time. Policy tradeoffs in terms of the knowledge about how to protect shale shaker are like the ones that are examined here. It often involves two or more the knowledge about how to protect shale shaker with distinct atmospheric life times. A second limitation of high quality shear pump based comparisons is that they only consider the radioactive forcing of single emission pulses, which do not capture the knowledge about how to protect shale shaker as well as the climatic consequences of real world investment. This kind of condition might make policy decisions a bit difficult in the knowledge about how to protect shale shaker even though they are better simulated as emission streams. To avoid confusion and enable straightforward comparisons in the knowledge about how to protect shale shaker, we need to have a number of high quality shear pump technology options. It is suggested that we might plot the knowledge about how to protect shale shaker as a function of time the relative radioactive forcing is considered. It would be more useful for policy deliberations since technology warming potentials are rather useful in the knowledge about how to protect shale shaker.
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
How to Protect Shale Shaker
The knowledge about how to protect shale shaker has been established to allow for comparisons among many oil drilling suggestions at one point in time after emission. In fact, as some experts have pointed out in high quality shear pump, the knowledge about how to protect shale shaker might add confusion when we are evaluating environmental benefits as well as policy tradeoffs over time. Policy tradeoffs in terms of the knowledge about how to protect shale shaker are like the ones that are examined here. It often involves two or more the knowledge about how to protect shale shaker with distinct atmospheric life times. A second limitation of high quality shear pump based comparisons is that they only consider the radioactive forcing of single emission pulses, which do not capture the knowledge about how to protect shale shaker as well as the climatic consequences of real world investment. This kind of condition might make policy decisions a bit difficult in the knowledge about how to protect shale shaker even though they are better simulated as emission streams. To avoid confusion and enable straightforward comparisons in the knowledge about how to protect shale shaker, we need to have a number of high quality shear pump technology options. It is suggested that we might plot the knowledge about how to protect shale shaker as a function of time the relative radioactive forcing is considered. It would be more useful for policy deliberations since technology warming potentials are rather useful in the knowledge about how to protect shale shaker.
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
How to Protect Shale Shaker
The knowledge about how to protect shale shaker has been established to allow for comparisons among many oil drilling suggestions at one point in time after emission. In fact, as some experts have pointed out in high quality shear pump, the knowledge about how to protect shale shaker might add confusion when we are evaluating environmental benefits as well as policy tradeoffs over time. Policy tradeoffs in terms of the knowledge about how to protect shale shaker are like the ones that are examined here. It often involves two or more the knowledge about how to protect shale shaker with distinct atmospheric life times. A second limitation of high quality shear pump based comparisons is that they only consider the radioactive forcing of single emission pulses, which do not capture the knowledge about how to protect shale shaker as well as the climatic consequences of real world investment. This kind of condition might make policy decisions a bit difficult in the knowledge about how to protect shale shaker even though they are better simulated as emission streams. To avoid confusion and enable straightforward comparisons in the knowledge about how to protect shale shaker, we need to have a number of high quality shear pump technology options. It is suggested that we might plot the knowledge about how to protect shale shaker as a function of time the relative radioactive forcing is considered. It would be more useful for policy deliberations since technology warming potentials are rather useful in the knowledge about how to protect shale shaker.
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
How to Protect Shale Shaker
The knowledge about how to protect shale shaker has been established to allow for comparisons among many oil drilling suggestions at one point in time after emission. In fact, as some experts have pointed out in high quality shear pump, the knowledge about how to protect shale shaker might add confusion when we are evaluating environmental benefits as well as policy tradeoffs over time. Policy tradeoffs in terms of the knowledge about how to protect shale shaker are like the ones that are examined here. It often involves two or more the knowledge about how to protect shale shaker with distinct atmospheric life times. A second limitation of high quality shear pump based comparisons is that they only consider the radioactive forcing of single emission pulses, which do not capture the knowledge about how to protect shale shaker as well as the climatic consequences of real world investment. This kind of condition might make policy decisions a bit difficult in the knowledge about how to protect shale shaker even though they are better simulated as emission streams. To avoid confusion and enable straightforward comparisons in the knowledge about how to protect shale shaker, we need to have a number of high quality shear pump technology options. It is suggested that we might plot the knowledge about how to protect shale shaker as a function of time the relative radioactive forcing is considered. It would be more useful for policy deliberations since technology warming potentials are rather useful in the knowledge about how to protect shale shaker.
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
It requires exactly the same inputs and Desander forcing formulas that are used for time dependent tradeoffs since they are inherent in a choice between alternative high qualities shear pump technologies. In fact, we can illustrate the value of high quality shear pump approach by applying it to emissions of the knowledge about how to protect shale shaker from vehicles that are fueled with high quality shear pump. It can be compared with gasoline or diesel vehicles with the knowledge about how to protect shale shaker and from power plants that are fueled with natural gas instead of coal in high quality shear pump. At the same time, we may also consider the changes in the relative benefits over time of switching from high quality shear pump coal to natural gas, but that can be done in the context of additional high quality shear pump complexities. The knowledge about how to protect shale shaker includes specific assumptions about the global pace of technological substitution as well as the development of high quality shear pump on the basis of a specific model due to radioactive forcing.
KOSUN is a professional manufacturer of solid control system/equipment in China and is the only enterprise manufacturing centrifuge in northwest China. Its core products include: drilling solids control equipment such as shale shaker, decanter centrifuge, desander, desilter, desander cone, vacuum degasser, sand pump, mud cleaner, dryer shaker, agitator, drying shaker, mud tank, and horizontal centrifuge and disc centrifuge with a large length-diameter ratio, at a high rotating speed and in full automatic control and used in environmental protection, chemical industry, fruit juice and some other industries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.kosunsolidscontrol.com/solids-control-system/
http://www.decantingcentrifuge.com/products/solid-control-equipment/
2015年6月16日星期二
KOSUN Shear Pump Is a Mechanical Equipment
In drilling mud system, shear pump is one kind of centrifugal pump. It includes overhead belt, and centrifugal pump. Furthermore, some of oil drilling shearing pump will include venturi hopper, overhead belt and centrifugal pump assembly.
Drilling fluid shear pump is a special purpose equipment of solids control system which can meet all customers’ requirements of preparing drilling fluids for the well drilling. This Drilling Mud Shear Pump manufactured by KOSUN is used to treat the high property mud, make the mud obtain good rheological properties and cut the drilling cost as much as possible. Shear pump is also called shearing pump, which is a centrifugal pump, but used for shearing of drilling mud chemicals, shearing the bentonite. The shear pump reduces the cost of mixing polymers and clays while improving mud properties. Shearing the polymers eliminates fish eyes and prevents polymer chaining, which can't pass through the shaker screen. Shear pump is available as a belt-driven or diesel-driven package including a hopper, mud gun and transfer line orifice plate. A complete system with skid, tanks, and piping are also available. Shear Pump is a new design for clients, that is used to quickly configure and treat drilling mud, can satisfy clients’ requirement of configuring high performance mud. Shear pump can effective mix and hydrate chemical material, save mud materials and shorten configuration time.
Drilling fluids shear pump applies axial suction structure, consisting of motor, pump seat, pump shell, impeller, shearing impeller and other components. Belt and mechanical compound seal guarantee no leakage. There is a stainless turbine inside ( which composes entrance bucket, main impeller, nozzle, catch compartment ) and a shear pump.
The Benefits of KOSUN Shear Pump for Drilling Mud Configuration
1. Adopts the unique research and development of mechanical seal technology, novel and unique design at home and abroad, the seal performance is advanced, reliable operation and long service life.
2. Greatly improves bentonite particles hydration degree, reduces the bentonite clay need by 30%.
3. For polymer or clay, rapid hydration provides high shear force, solving polymer ( or clay ) in the drilling fluids that hydration is bad and prominent problems.
4. It also reduces the mud cake and fluid loss, reduces drilling fluids shear rate, improves the gel strength, so as to achieve the advanced international level.
As a professional of solids control job and solids control equipment, KOSUN specializes in designing & manufacturing shale shaker, mud agitator, mud gun, desander, desilter, cuttings dryer, mud cleaner, centrifuge, jet mud mixer, centrifugal pump, shearing pump, desilter cone, drying shaker, mud tank, vacuum degasser, ignition device, drilling mud system, etc. and have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc. with qualified products & superior services.
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
http://www.kosunservices.com/drilling_waste_management/vertical_cutting_dryer.html
http://www.kosunsolidscontrol.com/solids-control-system/
Drilling fluid shear pump is a special purpose equipment of solids control system which can meet all customers’ requirements of preparing drilling fluids for the well drilling. This Drilling Mud Shear Pump manufactured by KOSUN is used to treat the high property mud, make the mud obtain good rheological properties and cut the drilling cost as much as possible. Shear pump is also called shearing pump, which is a centrifugal pump, but used for shearing of drilling mud chemicals, shearing the bentonite. The shear pump reduces the cost of mixing polymers and clays while improving mud properties. Shearing the polymers eliminates fish eyes and prevents polymer chaining, which can't pass through the shaker screen. Shear pump is available as a belt-driven or diesel-driven package including a hopper, mud gun and transfer line orifice plate. A complete system with skid, tanks, and piping are also available. Shear Pump is a new design for clients, that is used to quickly configure and treat drilling mud, can satisfy clients’ requirement of configuring high performance mud. Shear pump can effective mix and hydrate chemical material, save mud materials and shorten configuration time.
Drilling fluids shear pump applies axial suction structure, consisting of motor, pump seat, pump shell, impeller, shearing impeller and other components. Belt and mechanical compound seal guarantee no leakage. There is a stainless turbine inside ( which composes entrance bucket, main impeller, nozzle, catch compartment ) and a shear pump.
The Benefits of KOSUN Shear Pump for Drilling Mud Configuration
1. Adopts the unique research and development of mechanical seal technology, novel and unique design at home and abroad, the seal performance is advanced, reliable operation and long service life.
2. Greatly improves bentonite particles hydration degree, reduces the bentonite clay need by 30%.
3. For polymer or clay, rapid hydration provides high shear force, solving polymer ( or clay ) in the drilling fluids that hydration is bad and prominent problems.
4. It also reduces the mud cake and fluid loss, reduces drilling fluids shear rate, improves the gel strength, so as to achieve the advanced international level.
As a professional of solids control job and solids control equipment, KOSUN specializes in designing & manufacturing shale shaker, mud agitator, mud gun, desander, desilter, cuttings dryer, mud cleaner, centrifuge, jet mud mixer, centrifugal pump, shearing pump, desilter cone, drying shaker, mud tank, vacuum degasser, ignition device, drilling mud system, etc. and have been exported to Russia, Kazakhstan, Egypt, Indonesia, Mexico, Australia, etc. with qualified products & superior services.
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
http://www.kosunservices.com/drilling_waste_management/vertical_cutting_dryer.html
http://www.kosunsolidscontrol.com/solids-control-system/
2015年6月11日星期四
Drilling Mud Equipment in Mud Cleaning System
Solids control equipment are mainly used for solids control and solids-fluid separation to achieve drilling mud recycling utilization. Solids control system is an combined system in which equipped with 3 to 7 circulating tanks and configured with 4 phases of purification equipment or solids control equipment, which is fit for 2000 to 7000 meters deep oil drilling processes. The whole solids control system is innovative with conical tanks and installation with mud agitating system to prevent solids from depositing. In addition, the tanks and bins involved in the solids control system will be comparted or unitedrationally depending on the demands of drilling processes. Each of them is connected to another via pipe network in which the valves at the bottom of suction pipes are flexible while opened, but can turn to be a good seal when closed.
Solids control equipment are usually combined as an organic composition of solids control system where consists of four phases of solid control equipment, safety equipment, and other auxiliary equipment that are linked together via pipelines as well as mud tanks which are the mud carriers. The arrangement of each solids control equipment is sequenced by separation effects in descending order. The primary drilling fluids flow through diversion pipes into shale shaker, where its larger cuttings (d≧74μm) are separated and the rest flow into mud tank via screen frame. Then the vacuum degasser will suction it into the degasser tank for further gas-fluid separation when there are some gas bubbles in drilling fluids. Afterwards, it will be pumped into desander and desilter for more solids removal by the centrifugal force produced in desander cones. Solids with diameter between 15-44 μm are to be taken out in desilter and later on, the treated drilling fluids will stream to the mud tank below decanting centrifuge through the pipelines above cones for the last purification. It is pumped into centrifuge by submersible slurry pump ( screw pump ) and its solids with diameter above 2μm will be plucked out by centrifugal force again. All the tanks in the system are linked by built-in pipelines and may be used to contain any kind of drilling mud accordingly in any purification phase. Furthermore, they also work together with jet mud mixer for mud concoction.
As a solids control equipment and drilling mud system supplier, KOSUN is the professional and pioneer in this industry. With abundant experience, we always keep serious attitude in designning and manufacturing high quality solids control equipment and complete solids control system. Therefore, KOSUN win praise from all our customers.
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
http://www.decantingcentrifuge.com/products/drilling-waste-management/hi-g-dryer-shaker.html
http://www.kosunsolidscontrol.com/product-accessories/shale-shaker-screen.html
Solids control equipment are usually combined as an organic composition of solids control system where consists of four phases of solid control equipment, safety equipment, and other auxiliary equipment that are linked together via pipelines as well as mud tanks which are the mud carriers. The arrangement of each solids control equipment is sequenced by separation effects in descending order. The primary drilling fluids flow through diversion pipes into shale shaker, where its larger cuttings (d≧74μm) are separated and the rest flow into mud tank via screen frame. Then the vacuum degasser will suction it into the degasser tank for further gas-fluid separation when there are some gas bubbles in drilling fluids. Afterwards, it will be pumped into desander and desilter for more solids removal by the centrifugal force produced in desander cones. Solids with diameter between 15-44 μm are to be taken out in desilter and later on, the treated drilling fluids will stream to the mud tank below decanting centrifuge through the pipelines above cones for the last purification. It is pumped into centrifuge by submersible slurry pump ( screw pump ) and its solids with diameter above 2μm will be plucked out by centrifugal force again. All the tanks in the system are linked by built-in pipelines and may be used to contain any kind of drilling mud accordingly in any purification phase. Furthermore, they also work together with jet mud mixer for mud concoction.
As a solids control equipment and drilling mud system supplier, KOSUN is the professional and pioneer in this industry. With abundant experience, we always keep serious attitude in designning and manufacturing high quality solids control equipment and complete solids control system. Therefore, KOSUN win praise from all our customers.
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
http://www.decantingcentrifuge.com/products/drilling-waste-management/hi-g-dryer-shaker.html
http://www.kosunsolidscontrol.com/product-accessories/shale-shaker-screen.html
2015年6月10日星期三
Video Processor,LED Display Video Processor,Video Controller-NovaStar
Video Processor,LED Display Video Processor,Video Controller is Novastar's main product.Novastar is the leader of LED display solution in the world,we can provide series LED production.
http://www.novastar-led.com/products/Two-in-one-video-controller
LED Display Control System,LED Display Calibration-NovaStar
As one of the leading LED display service providers around the world,NovaStar provides LED display control system, LED display calibration,video controler for our users.
http://www.novastar-led.com
Led Display Receiving Card,Receiving Card,Led Screen Receiving Card-NovaStar
Nova is one of the leading in LED display industry in the world,Led Display Receiving Card,Receiving Card,Led Screen Receiving Card,China Led Display Receiving Unit is our main products.
http://www.novastar-led.com/products/synchronous-system/receiving-card
Sending Card,Led Display Sending Card,Led Screen Sending Card-NovaStar
Sending Card,Led Display Sending Card,Led Screen Sending Card,Led Display Sending Unit is the main LED card for LED display solutions,they are representative products of Nova-the leader of LED display in this industry.
http://www.novastar-led.com/products/synchronous-system/sending-card
Vertical cutting dryer,Vertical Centrifuge,vertical cuttings dryer for sale,vertical dryer
KOSUN can provide vertical cutting dryer,vertical cuttings dryer for sale,vertical centrifuge,vertical dryer for oilfield drilling
http://www.china-kosun.com/kosun-drilling-waste-management/vertical-centrifuge.html
Drilling hi-g dryer shaker,Hi-g drying shaker,high-g shale shaker
KOSUN Hi-G Drying,dryer shaker is used to recover water-based or oil-base drilling fluids from cuttings so as to lower the hydraulic proportion than 10% and significantly reduce the cost on waste discharge.
http://www.kosunsolidscontrol.com/drilling-waste-management/hi-g-drying-shaker.html
Cone,Hydrocyclone Supplier,Desander Cone,Desilter Cone
Cone,Desander Cone,Desilter Cone,Hydrocyclone Supplier
http://www.china-kosun.com/kosun-component-spare-parts/cone.html
Solids Control Equipment,Solids Control Job,Drilling Rig And Components from KOSUN
KOSUN is a professional of solids control job and equipment in China. Solids control equipment,drilling rig and components, drilling waste management and camp room and tank are new kinds of equipment researched and developed by KOSUN.If you want to buy solids control equipment,welcome to email:annkosun@gmail.com.
http://www.solid-control-system.com/
Solids control equipment,drilling fluids solids control equipment,drilling mud solids control equipment,drilling solids control equipment,
KOSUN supplies drilling solids control equipment and system,like shale shaker, desander, centrifuge, mud cleaner, desilter, mud gun,screen etc.
http://www.china-kosun.com/kosun-solids-control-equipment/kosun-solids-control-equipment.html
Solids control system, drilling fluids solids control system supplier
KOSUN produces full ranges of drilling solids control system,mobile solids control system,arctic solids control system,skid-mounted solids control system and etc.
http://www.china-kosun.com/kosun-solids-control-system/kosun-solids-control-system.html
2015年6月5日星期五
KOSUN Solids Control Equipment in Preparation for South American Market
Recently, KOSUN solids control equipment is in preparation for a partner in South America.
KOSUN has closely cooperated with the partner for years who has ordered tens of sets of solids control equipment for his drilling mud environmental management service in South America. Through technical discussions between us, modifications are made to technical specifications of this batch of equipment based on those of the former batch and customized production is started as per the customer’s requirements. For the customer’s urgent demand for the equipment, KOSUN immediately starts production after reaching an agreement to guarantee scheduled delivery.
The customer suffers from financial pressure due to continuous falling of international oil price recently. KOSUN expressly declares the willingness in tiding over the difficulties together with the customer and makes a compromise on equipment price, which greatly relieves customer’s capital pressure. The customer also expresses his gratitude towards KOSUN for our understanding and support, and shows willingness for continuous in-depth cooperation and joint development in South American solids control mud system market with KOSUN.
Based on the Memorandum of Understanding signed before and through repeated communication between us, KOSUN and the customer have basically determined on the direction of future cooperation and will jointly put each cooperation intention into practice. Meanwhile, both of us are keeping effective and timely communication about the current cooperative project to guarantee its smooth progress.
KOSUN, established in 1992 in China, is the pioneer and leader of oil drilling solids control, we can provides not only single solids control equipment, such as shale shakers, drilling decanter centrifuges, vacuum degassers, desander, desilter, vertical cuttings dryer, drilling fluids mud cleaners, mud tanks, but can also manufacture complete drilling mud systems. Our produsts win so much praise from our customers because of the high quality of our products.
http://www.kosunsolidscontrol.com/solids-control-equipment/linear-motion-shale-shaker.html
http://www.kosunsolidscontrol.com/product-accessories/shale-shaker-screen.html
http://www.decantingcentrifuge.com/products/solid-control-equipment/drilling-mud-desander.html
KOSUN has closely cooperated with the partner for years who has ordered tens of sets of solids control equipment for his drilling mud environmental management service in South America. Through technical discussions between us, modifications are made to technical specifications of this batch of equipment based on those of the former batch and customized production is started as per the customer’s requirements. For the customer’s urgent demand for the equipment, KOSUN immediately starts production after reaching an agreement to guarantee scheduled delivery.
The customer suffers from financial pressure due to continuous falling of international oil price recently. KOSUN expressly declares the willingness in tiding over the difficulties together with the customer and makes a compromise on equipment price, which greatly relieves customer’s capital pressure. The customer also expresses his gratitude towards KOSUN for our understanding and support, and shows willingness for continuous in-depth cooperation and joint development in South American solids control mud system market with KOSUN.
Based on the Memorandum of Understanding signed before and through repeated communication between us, KOSUN and the customer have basically determined on the direction of future cooperation and will jointly put each cooperation intention into practice. Meanwhile, both of us are keeping effective and timely communication about the current cooperative project to guarantee its smooth progress.
KOSUN, established in 1992 in China, is the pioneer and leader of oil drilling solids control, we can provides not only single solids control equipment, such as shale shakers, drilling decanter centrifuges, vacuum degassers, desander, desilter, vertical cuttings dryer, drilling fluids mud cleaners, mud tanks, but can also manufacture complete drilling mud systems. Our produsts win so much praise from our customers because of the high quality of our products.
http://www.kosunsolidscontrol.com/solids-control-equipment/linear-motion-shale-shaker.html
http://www.kosunsolidscontrol.com/product-accessories/shale-shaker-screen.html
http://www.decantingcentrifuge.com/products/solid-control-equipment/drilling-mud-desander.html
2015年6月4日星期四
Sending Card,LED Display Sending Card,LED Display Sending Card MSD300-NovaStar
NovaStar is one of the leader of LED display product,such as Sending Card,Sending Unit,LED Display Sending Card MSD300,LED Screen Sending Card,ect.
http://www.novastar-led.com/products/synchronous-system/sending-card/28.html
Led Display Receiving Card,Receiving Card,Led Screen Receiving Card-NovaStar
Nova is one of the leading in LED display industry in the world,Led Display Receiving Card,Receiving Card,Led Screen Receiving Card,China Led Display Receiving Unit is our main products.
http://www.novastar-led.com/products/synchronous-system/receiving-card
Sending Card,Led Display Sending Card,Led Screen Sending Card-NovaStar
Sending Card,Led Display Sending Card,Led Screen Sending Card,Led Display Sending Unit is the main LED card for LED display solutions,they are representative products of Nova-the leader of LED display in this industry.
http://www.novastar-led.com/products/synchronous-system/sending-card
Calibration Software,LED Display Calibration System,Correction System-NovaStar
NovaStar can supply Calibration System,LED Display Calibration System,LED Display Correction System,Calibration Software for LED display solutions,we are the leader in LED industry.
http://www.novastar-led.com/products/calibration-software
Video Processor,LED Display Video Processor,Video Controller-NovaStar
Video Processor,LED Display Video Processor,Video Controller is Novastar's main product.Novastar is the leader of LED display solution in the world,we can provide series LED production.
http://www.novastar-led.com/products/Two-in-one-video-controller
LED Display Control System,LED Display Calibration-NovaStar
As one of the leading LED display service providers around the world,NovaStar provides LED display control system, LED display calibration,video controler for our users.
http://www.novastar-led.com
Decanter centrifuge,drilling decanter centrifuge,decanter centrifuge supplier,decanting centrifuge,drilling centrifuge
Decanter Centrifuge Features and Benefits 1. Innovative design includes longer bowl for increased retention time ,resulting in drier solids and finer cut points 2. Big bowl Big Volume ,high G force available 3. Stainless steel bowl, scroll,
http://www.china-kosun.com/kosun-solids-control-equipment/decanter-centrifuge.html
Cone,Hydrocyclone Supplier,Desander Cone,Desilter Cone
Cone,Desander Cone,Desilter Cone,Hydrocyclone Supplier
http://www.china-kosun.com/kosun-component-spare-parts/cone.html
Desilter,mud desilter,drilling mud desilter
KOSUN desilter is used as the 3nd stage of solids control for drilling mud, which makes separations between 40 and 100 microns.
http://www.china-kosun.com/kosun-solids-control-equipment/desilter.html
Desander,mud desander,oilfield drilling fluid desander
KOSUN oilfield drilling fluid desander is used as the 2nd stage of solids control for drilling mud, which makes separations between 45 and 75 microns.
http://www.kosunsolidscontrol.com/solids-control-equipment/desander.html
Drilling Mud System,Mud System,Oilfield Drilling Mud Cleaning System
A drilling mud system is any fluid that is used in a drilling operation in which that drilling mud is circulated or pumped from the surface,down the drilling string through the bit and back to the surface via the annulus.
http://www.china-kosun.com/news/the-oilfield-drilling-fluids-system.html
Shaker screen,shale shaker screen,screen for drilling shale shaker,shale shaker screen supplier and manufacturer
Screen,shale shaker screen,oilfield drilling fluids shale shaker screen
http://www.kosunsolidscontrol.com/product-accessories/shale-shaker-screen.html
Shale shaker,linear motion shale shaker,drilling shale shaker,oilfield mud shale shaker
Oilfield drilling mud linear motion shale shaker is the first stage of solids control equipment in drilling purification system. It can remove cuttings above 75μm brought from the drilling well to leave the liquid with smaller particles.
http://www.kosunsolidscontrol.com/solids-control-equipment/linear-motion-shale-shaker.html
Solids Control Job,Solid Control Jobs
KOSUN offer Solids Control Job,Solid Control Jobs,Solids Control Engineer,Solids Control Sales Engineers for different countries.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
Solids control equipment,drilling fluids solids control equipment,drilling mud solids control equipment,drilling solids control equipment,
KOSUN supplies drilling solids control equipment and system,like shale shaker, desander, centrifuge, mud cleaner, desilter, mud gun,screen etc.
http://www.china-kosun.com/kosun-solids-control-equipment/kosun-solids-control-equipment.html
Solids control system, drilling fluids solids control system supplier
KOSUN produces full ranges of drilling solids control system,mobile solids control system,arctic solids control system,skid-mounted solids control system and etc.
http://www.china-kosun.com/kosun-solids-control-system/kosun-solids-control-system.html
2015年6月1日星期一
KOSUN Decanter Centrifuge Characteristic
Most industrial processes need separation of liquids from each other or liquid from solids. KOSUN, as one of the world leaders in this technology, offers a complete range of separation equipment.
The working principle of decanter centrifuge is based on sedimentation or settling process. Mere settling by gravity is an extremely slow and uncontrolled process. Decanter centrifuges provide a continuous mechanical separation of liquid from solids. Instead of using the force of gravity for separation, centrifugal force is used which can be up to 4000 times greater. A wide range of different solids can be separated from one or two liquid phases continuously.
The Working Principle of Decanting Centrifuge
Decanter centrifuges work by generating a centrifugal force that presses the solid particles outside against a rotating bowl, while the less dense liquid phase forms a concentric inner layer. The solid particles are continuously removed by a screw conveyor, which rotates at a different speed than the bowl. The solids are compacted and discharged from the bowl. Baffles in the centrifuge casing channel the separate phases into the correct flow path. The speed of the screw conveyor can be automatically adjusted by use of a variable frequency motor to adjust the variation of the solids load.
Decanter centrifuges are divided into four sections:
Inlet Section - where the feed enters the decanter;
Screw Conveyor - which conveys and separates the solid phase from the fluids;
Solids Discharge Section - from where the solid "cakes" exit the unit;
Liquid Discharge Section - from where the liquid is discharged.
What's special about our decanter centrifuges?
KOSUN Oilfield Drilling Fluids Decanter Centrifuge performs exceptionally well in separating solids from liquid in a controlled, efficient and continuous process. They are highly reliable. Capital cost, compared to the capacity of separation, is extremely attractive. Maintenance cost is low. These machines can handle a wide range of solid particles with diameters from 5 mm to a few microns. A special feature of our decanters is the ability to handle slurries with solid content from as low as 0.1% to more than 65%. The ability to accept variations in the feed more effectively is another special feature of our decanters.
KOSUN is a leader in China oil solids control industry, as a professional manufacturer, KOSUN solid control system include the shale shaker, shale shaker screen, desander, desilter, desander cone, vacuum degasser, centrifugal pump, dryer shaker, submersible slurry pump, desander cone, shear pump, mud agitator, vertical centrifuge, mud gun, drilling fluids mud cleaner, decanter centrifuge, jet mud mixer, mud tank, diesel tank, water tank and complete drilling mud system, etc.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.china-kosun.com/kosun-solids-control-equipment/kosun-solids-control-equipment.html
http://www.decantingcentrifuge.com/products/solid-control-equipment/drilling-mud-desander.html
The working principle of decanter centrifuge is based on sedimentation or settling process. Mere settling by gravity is an extremely slow and uncontrolled process. Decanter centrifuges provide a continuous mechanical separation of liquid from solids. Instead of using the force of gravity for separation, centrifugal force is used which can be up to 4000 times greater. A wide range of different solids can be separated from one or two liquid phases continuously.
The Working Principle of Decanting Centrifuge
Decanter centrifuges work by generating a centrifugal force that presses the solid particles outside against a rotating bowl, while the less dense liquid phase forms a concentric inner layer. The solid particles are continuously removed by a screw conveyor, which rotates at a different speed than the bowl. The solids are compacted and discharged from the bowl. Baffles in the centrifuge casing channel the separate phases into the correct flow path. The speed of the screw conveyor can be automatically adjusted by use of a variable frequency motor to adjust the variation of the solids load.
Decanter centrifuges are divided into four sections:
Inlet Section - where the feed enters the decanter;
Screw Conveyor - which conveys and separates the solid phase from the fluids;
Solids Discharge Section - from where the solid "cakes" exit the unit;
Liquid Discharge Section - from where the liquid is discharged.
What's special about our decanter centrifuges?
KOSUN Oilfield Drilling Fluids Decanter Centrifuge performs exceptionally well in separating solids from liquid in a controlled, efficient and continuous process. They are highly reliable. Capital cost, compared to the capacity of separation, is extremely attractive. Maintenance cost is low. These machines can handle a wide range of solid particles with diameters from 5 mm to a few microns. A special feature of our decanters is the ability to handle slurries with solid content from as low as 0.1% to more than 65%. The ability to accept variations in the feed more effectively is another special feature of our decanters.
KOSUN is a leader in China oil solids control industry, as a professional manufacturer, KOSUN solid control system include the shale shaker, shale shaker screen, desander, desilter, desander cone, vacuum degasser, centrifugal pump, dryer shaker, submersible slurry pump, desander cone, shear pump, mud agitator, vertical centrifuge, mud gun, drilling fluids mud cleaner, decanter centrifuge, jet mud mixer, mud tank, diesel tank, water tank and complete drilling mud system, etc.
http://www.china-kosun.com/news/kosun-vacant-solids-control-job.html
http://www.china-kosun.com/kosun-solids-control-equipment/kosun-solids-control-equipment.html
http://www.decantingcentrifuge.com/products/solid-control-equipment/drilling-mud-desander.html
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