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Copotrol Sodium Polyacrylate Copolymer for High-Temp Fluid Loss Muds

China Copotrol Sodium Polyacrylate Copolymer for High-Temp Fluid Loss Muds, Find details about China Sodium Polyacrylate Copolymer, Filtration Control from Copotrol Sodium Polyacrylate Copolymer for High-Temp Fluid Loss Muds

Model NO.
DFS07-008
Model NO.
DFS07-008

Product Description

COPOTROL® sodium polyacrylate copolymer is a medium-molecular-weight, anionic, white powder additive used primarily for controlling filtration loss in low-salinity water base mud systems. The temperature stability of COPOTROL® is in excess of 204ºC(400°F), and is not susceptible to bacterial degradation, which makes it particularly suitable for fluid-loss control in deep, hot holes. COPOTROL® is sensitive to calcium and magnesium, therefore the total hardness of the system should be reduced and maintained below 300ppm. COPOTROL® is widely used in fresh, sea water and monovalent brines, including low-solids, non-dispersed and dispersed weighted systems.

Applications/Functions

  • Reduces fluid loss and improves filter cake quality in fresh and low-salinity fluids

Advantages

  • Temperatures stable to >400°F (204ºC)
  • Not susceptible to bacterial degradation
  • Helps minimize viscosity impact due to low-molecular-weight
  • Helps improve cuttings integrity

Typical Properties

  • Appearance: White, free flowing powder
  • Specific gravity: 0.7-0.8

Recommended Treatment

  • For fresh water fluids, add 0.25-1 ppb (0.7-2.9 kg/m3)
  • For salt water fluids, add 1-3 ppb (2.9-8.6 kg/m3)

Package

  • 25 KG SACK
Copotrol Sodium Polyacrylate Copolymer for High-Temp Fluid Loss MudsCopotrol Sodium Polyacrylate Copolymer for High-Temp Fluid Loss Muds
Copotrol Sodium Polyacrylate Copolymer for High-Temp Fluid Loss MudsCopotrol Sodium Polyacrylate Copolymer for High-Temp Fluid Loss Muds
 
SHARKProduct DescriptionApplications/Functions
SHARKPAC® LLow Viscous Polyanionic Cellulose Filtration Control Agent for water based mud with minimal viscosity increase up to 300°F
SHARKPAC® RHigh Viscous Polyanionic Cellulose Filtration Control and viscosifier agent for water based mud up to 300°F
SHARKCMC® LLow-viscosity, technical grade sodium carboxymethyl cellulose for filtration control Filtration Control Agent for water based mud up to 250°F with minimal viscosity increase, salinity tolarant to 50,000ppm 
SHARKCMC® HHigh-viscosity, technical grade sodium carboxymethyl cellulose for filtration control and supplemental viscosity Filtration Control and viscosifier agent for water based mud up to 250°F, salinity tolarant to 50,000ppm 
SHARKSTAR®Pregelatinized modified starch Filtration Control Agent for water based mud up to 250°F with minimal viscosity increase
SHARKSTAR® HTModified polysaccharide/ tapioca starch Filtration Control Agent for water based mud up to 325°F with minimal viscosity increase
SHARKSTAR® NHydroxypropyl carboxymethyl starch/Cross-linked starchReduce filtration in reservoir sections up to 300°F
COPOTROL®Sodium polyacrylate copolymer High-temp fluid loss and rhelogy stabilizer for low calcium, low solids or non-dispersed muds up to 400°F
WHITEMP®AAM-AMPS copolymer HPHT filtration control for WBM up to 400°F, white free-flowing powder 
WHITETROL® XAM - AMPS copolymer HPHT filtration control for WBM up to 500°F, white free-flowing powder
BLACKLEO®Highly-oxidized leonarditeHigh-temp WBM fluid loss, thinner, emulsifier for oil in water emulsions up to 400°F
BLACKFLO®Sulfonated LigniteHighly sulfonated lignite polymer for HT WBM fluid loss, thinner, soluble in high brines,combination with BLACKTEMP for best performance up to 400°F
BLACKTEMP®Sulfonated methypheuo formald-ehyde for freshwater and brine fluids High-temp fluid loss control with minimal rheology increase used for freshwater and brine fluids up to 450°F. Salinity tolerant to 120,000ppm and calcium resistant to 2000ppm, dark brown powder
BLACKTEMP® PLUSSulfonated methypheuo formald-ehyde for saturated brine High-temp fluid loss control with minimal rheology increase used for saturated brine and formate brine up to 400°F. Salinity tolerant to 120,000ppm and Ca ion resistant to 2000ppm, dark brown powder
BLACKNEX®Resinated LigniteHigh-temp fluid loss control and rheology stabilizer for all WBM up to 425°F with chlorides below 70,000ppm and hardness not exceeding 3,000ppm
BLACKLIGO 400®Organophilic leonarditeHPHT filtration control for OBM up to 400°F, alternative to asphalt and gilsonite products 
BLACKLIGO® 500Organophilic leonarditeHPHT filtration control for OBM up to 500°F, alternative to asphalt and gilsonite products
BLACKTROL® 350Gilosnite - Soften point 350°FHPHT filtration control for OBM, soften point >350°F 
BLACKTROL® 400Gilsonite -Soften point 365-420°FHPHT filtration control for OBM, Soften point: 365-420°F
BLACKTROL® HPEmulsified gilsonite - Soften point 250-420°FHPHT filtration control for WBM, excellent dispersion, Soften point: 250-420°F
BLACKSULA®Sulfonated Asphalt - EconomicalHPHT filtration control for both WBM and OBM up to 350°F, shale stabilizer. Prevent shale hydration and sloughing as well as decrease cuttings erosion
BLACKSULA® PLUSSulfonated Asphalt - PremiumShale stabilizer, cuttings dispersion inhibitor and contributes to high temperature fluid loss control in both WBM &OBM up to 500°F. Partially soluble in water and oil, star product for 35 years. 
LIQUITROL®Liquid polymer for OBMLiquid filtration reducer in NAF up to 350°F. Reduce the requirement of organoclay
PURETROL®Cross-linked polymer for OBMPrimary filtration control agent for HPOBM up to 300°F, alternative to amine lignite and gilsonite,white powder
PURETROL® HTCross-linked polymer/Vinyl toluene-acrylate copolymerPrimary filtration control agent for HPOBM up to 500°F, alternative to amine lignite and gilsonite,white powder
NMSHIELDTMNANO-Technology particlesVersatile product to provide HT filtration control, improved fluids lubricity, strengthen wellbore and increase fracture breakdown pressure in sandstones and shales for both WBM and OBM up to 450°F. D50 is only 5nm.
LIQUITROL® HTLiquid polymer for OBMLiquid filtration reducer in NAF up to 400°F. Reduce the requirement of organoclay.
 

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