Filtration Control Agents

 


adobe_file_w TEMP (Download TEMP Technical Data Sheet)

Description: Resin Modified Lignite

Function: High Temperature Fluid loss control & Rheology Modifier for all water based fluids.


adobe_file_w FLC (Download FLC Technical Data Sheet)

Description: Preserved modified starch, Pregelatinized Starch

Function: Non fermenting starch for Fluid loss control & rheology stabilizer in fresh water & saturated salt water mud.


adobe_file_w FLC-HT (Download FLC-HT Technical Data Sheet)

Description: Preserved modified starch, Pregelatinized Starch

Function: High temperature stable, Non fermenting starch for Fluid loss control & rheology stabilizer in fresh water & saturated salt water mud.


adobe_file_w CHEK (Download CHEK Technical Data Sheet)

Description: Modified Natural Polymer, Carboxy methyl starch

Function: Fluid loss controller in most water base drilling & drill-in fluids at high temperature environment, does not significantly increase viscosity. Can be used to encapsulate drill cuttings & exposed wellbore formations to reduce particle dispersion & reactive clay/shale formation swelling. It does not require a biocide to prevent fermentation.


adobe_file_w TROL HT (Download TROL HT Technical Data Sheet)

Description: Non ionic, cross-linked Starch for HTHP applications

Function: A special starch derivative to reduce HTHP filtrate loss for all water based muds including drilling, completion & work over. It is non ionic in nature suitable for muds containing salts or ion sensitive additives. Acts synergically with Xanthan gum polymer to increase LSRV. It can be used in most brines including seawater, NaCl, KCl, CaCl2, NaBr and formate salt systems.


adobe_file_w FC (Download FC Technical Data Sheet)

Description: Polysaccharide derivative to control filtration in Mixed Metal Oxide system

Function: FC fluid-loss-control agent is a polysaccharide derivative used to control filtration in Mixed-Metal Oxide system. It will not destroy the low-end rheology of the Mixed Metal Oxide system. It is effective in seawater fluids, but all hardness should be treated out before the product is added. It is resistant to bacterial degradation. It can be used in any other type of fluid where starch & cellulose additives are permitted.


adobe_file_w CMC L (Download CMC L Technical Data Sheet)

Description: Sodium Carboxy methyl cellulose Low viscosity

Function: Technical grade Low viscosity, Fluid loss additive used in fresh water & sea water muds. It is used in high viscosity, high solids or heavily weighted fluids & produces only slight increase in viscosity.


adobe_file_w CMC-H (Download CMC H Technical Data Sheet)

Description: Sodium Carboxy methyl cellulose High viscosity

Function: Technical grade High viscosity, Fluid loss additive used in fresh water & sea water muds. It is used in Low viscosity or low solids fluids & increase viscosity in addition to controlling fluid loss.


adobe_file_w PAC-LV (Download PAC-LV Technical Data Sheet)

Description: Polyanionic cellulose-Low viscosity

Function: Low viscosity grade fluid loss control polymer with minimal viscosity increase. It will perform well in all brine applications, especially saltwater‐base fluids. It can be used at all densities in either dispersed or non‐dispersed systems. It will encapsulate solids to control dispersion of active shale.


adobe_file_w PAC-SLV (Download PAC-SLV Technical Data Sheet)

Description: Polyanionic cellulose – Super Low viscosity

Function: Super low‐viscosity PAC is used primarily as a fluid‐loss reducer. It is a high performance product, readily dispersible in water‐base drilling fluids ranging from fresh to saturated salt water. PAC-SLV polymer is primarily used in weighted systems to avoid an uncontrollable viscosity build‐up.


adobe_file_w PAC-R (Download PAC-SLV Technical Data Sheet)

Description: Polyanionic cellulose Regular Viscosity grade

Function: Regular grade viscosity PAC useful in controlling fluid loss & increasing rheology in all types of water. It will aid in dispersion control by attaching & encapsulating the dispersion solid. It may be used in all density ranges and functions effectively in dispersed & non dispersed system.


adobe_file_w PAC-LV-PREMIUM (Download PAC-LV-PREMIUM Technical Data Sheet)

Description: High-quality, Medium Purity Polyanaionic cellulose, Low viscosity

Function: High quality, Medium Purity, low‐viscosity grade fluid‐loss‐control polymer. It is designed for situations where filtration control is needed with only minimal increases in rheology. It performs well in all brine applications, especially saltwater‐base fluids. Can be used at all densities in either dispersed or non‐dispersed systems. Functions at all pH range. Temperature stability is up to 300° F.


adobe_file_w PAC-R-PREMIUM (Download PAC-R-PREMIUM Technical Data Sheet)

Description: High-quality Medium Purity polyanaionic cellulose, Regular viscosity

Function: High Quality, Medium Purity filtration control agent used in most water-based drilling fluids, can provide secondary viscosity and is effective even at low concentrations. It is suitable for use in fresh water, salt water and brine-based fluids & stable to 300°F (149°C).Effective in moderate to high pH systems


adobe_file_w SFC-HTHS (Download SFC-HTHS Technical Data Sheet)

Description: Syntheric polymer High temperature/High salinity Fluid loss controller

Function: SFC-HTHS a synthetic polymer specifically designed for high-temperature and /or high-salinity environments. Works well at any salinity. Reduces differential sticking tendencies. Temperature stable upto 475°F (246°C). Calcium tolerance in excess of 100,000 ppm.


adobe_file_w TROL-DI (Download TROL-DI Technical Data Sheet)

Description: Modified Starch for divalent drilling fluid system applications

Function: High-molecular weight, branched-chain starch derivative, used to provide elevated low-shear-rate viscosity (LSRV) and fluid loss in the divalent drilling fluid system such as Calcium Chloride, Magnesium Chloride, Calcium Bromide and Zinc Bromide brines


adobe_file_w PAC-LV-PLUS (Download PAC-LV-PLUS Technical Data Sheet)

Description: Specially processes blend of Polysaccharide derivative

Function: PAC LV PLUS is a specially processed blend of polysaccharide derivatives to control filtrate loss, which gives higher temperature stability than regular PAC LV grade. It is designed for situations where filtration control needed with only minimal increases in rheology. PAC LV PLUS polymer will perform well in all brine applications, especially salt water-base fluids.