Shark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic Clay

China Shark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic Clay, Find details about China Drilling Fluid Additive, Viscosifier from Shark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic Clay

Model NO.
DFS14-010
Model NO.
DFS14-010

Product Description

BENVIS® HT viscosifier is designed to build gel strength and viscosity in invert emulsion drilling fluids and maintain this viscosity build through extreme temperatures. It is specially designed organoclay which was chemically engineered to maintain product performance when subject to temperatures as high as 450°F (232ºC) for as long as 600 hours. Additionally, as temperature increases, the viscosity at temperature remains flat. This flat rheology over temperature minimizes the tendency for barite sag while improving cuttings transport and hole cleaning. BENVIS® HT viscosifier exhibits an excellent balance of dispersibility with initial viscosity build, efficiency and tolerance to adverse conditions for reduced depletion rates. BENVIS® HT viscosifier should always be used in the presence of excess of lime.

Applications/Functions

  • Builds superior viscosity and yield points for all oil-based fluids through extreme temperatures.
  • Effectively suspend weighting materials and cuttings for long term ageing
  • Improves cuttings carrying capacity and hole cleaning

Advantages

  • Stable to bottom hole temperatures in excess of 450°F (232ºC)
  • Flat rheology with increasing temperature for anti-sag and improved carrying capacity
  • Shear thinning rheological profile for improved ROP
  • Compatible with conventional invert emulsion drilling fluid additives
  • Tolerant to salt, high lime, cement and drill solids contaminations; Optimized for use in synthetic oils

Typical Properties

  • Appearance: Cream white, free flowing powder; Specific gravity: 1.7

Recommended Treatment

  • Add 2-6 ppb (5.7-17.1kg/m3) in diesel-based and 6-12 ppb (17.1-34.2kg/m3) in mineral oil-based drilling fluids. Pilot tests are required to be done based on field conditions and down hole temperatures

Package

  • 50LB (22.7KG) SACK
Shark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic ClayShark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic ClayShark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic ClayShark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic Clay

Shark Benvis Ht Drilling Fluid Additive-Viscosifier- Ht Organophilic Clay
 
SHARKProduct DescriptionApplications/Functions
BENTONITEAPI grade bentoniteYield 100 bbls of 15- cp mud per ton. 
SHARKXAN®Xanthan gumProvide excellent suspension and shear-thinning properties and be used up to 250°F  
SHARKXAN® PLUSPremium quality, powdered xanthan gum Provide more excellent suspension and shear-thinning properties and be used up to 250°F 
SHARKXAN® LXanthan gum-LiquidDisperse and mix even more easily than regular xanthan gum 
SHARKXAN® NPremium-grade,clarified xanthan gum biopolymer Used in reservoir drill-in fluid systems up to 250°F  
AQUAVIS® HTSynthetic HectoriteHT viscosifier for WBM up to 400°F 
BENVIS®Organophilic Bentonite Viscosifier for OBM up to 350°F
BENVIS® PLUSOrganophilic Bentonite -highly efficient Viscosifier for OBM up to 350°F, easy to disperse, rapid yielding
BENVIS® GOLDOrganophilic hectoriteHigh performance, significantly more efficient than conventional organoclay viscosifier for OBM-High up to 400°F  
BENVIS® HTSpecially designed organoclayViscosifier for OBM-Extreme Temperature up to 450°F
BENSUS®Suspension agent - Organophilic amino-attapulgiteSuspend weighting materials and other solids with less increase in viscosity and gel strength than conventional bentonite or hectorite based organoclays, stable excess of 400°F 
NEOMOD®Liquid viscosifer for OBM - blend of vegetable fatty acids Designed for HPOBM-organoclay-free high performance OBM, stable up to 400°F
NEOMOD® 63Rheology Modifier for OBM-100% active blend of fatty acidsHighly effective in improving the 3 rpm and 6rmp readings of oil-based drilling fluid without increasing the plastic viscosity.