Boremaster®
Provides HT/HP
Filtrate Loss Control
ADDITIVE BENEFITS
Boremaster® is a
combination of reacted products designed to act both chemically and
mechanically to seal permeable formations. Boremaster® is thermally
stable in excess of 350º F and dramatically lowers the high
temperature-high pressure filtrate loss in all water base fluids, but
is especially effective in salt and calcium contaminated fluids.
Provides Torque & Drag Reduction
Boremaster® has a strong tolerance to salt and calcium. This tolerance
and resistance provides the foundation for excellent API and HT/HP
fluid loss control. Reducing filtrate migration to the formation
forms a harder, slicker and thinner wall cake. The combination of
a thin, slippery wall cake and metal adhesion characteristics provide
better tool clearance and a reduction of torque & drag in water
base systems.
Provides whole mud loss
reduction
Most HT/HP agents just reduce the filtrate loss, but
Boremaster® is formulated with some particles that don't dissolve
in the water phase. Yet, Boremaster® does not affect reservoir
performance and can be used in any down hole motor without affecting
performance. Together with a less impermeable wall cake,
Boremaster® seals larger permeable zones better than fiber LCM
products and there is no oil or water wetting involved. Boremaster®
demonstrates superior sealing with no change in viscosity in PPT tests
using aluminum oxide porous disks when compared with other products in
either oil or water base systems.
OUR COMPETITION
Boremaster® competes with
all HT/HP agents, Gilsonite, Graphite and many loss circulation
materials. The normal use level is 2 to 6 pounds per barrel.
TESTING RESULTS
Boremaster® has been used in
numerous clay inhibition tests. We have compiled graphs showing its
performance. We invite you to review these graphs. Call us today to see
them for yourself.
| TYPICAL
PROPERTIES |
Appearance
Bulk Density
pH, 10% Solution
Dispersibility
Particle Size
Ignition Point |
Black
Powder
40 lbs/cu. ft.
6.0 to 8.0
100%
98% <200 MESH
> 260¹ C. |
|