Transcript Title, 24pt Arial Bold

Vertical Cuttings Dryer
Baroid’s Drilling Waste
Management Solutions
Why Baroid?
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1925
Filed patent for first barite-based
drilling fluid
1930
First mud school
1932
First mud-testing procedures and kit
1939
First mud-logging service
1940s
Pioneers service by air and sea
1950s
Invents foam drilling technology
1960s
Invents oil-based fluid, Invermul® system
1970s
Develops new fluids for hostile geology
1980s
Develops mud loop testing, improves
waste management
1990s
Pioneers biodegradable invert
drilling fluids
2000s
Rolls out first families of clay-free synthetic
and high performance water-based fluids
2010s
Introduces automated mud monitoring
equipment to industry
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customer
CHALLENGE
Maximizing in-field
Oil Base Mud Recovery
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customer
CHALLENGE
 Environmentally compliant drill cuttings.
 Reduction in cost (waste management).
 Recovery of expensive OBM drilling fluids.
 Recovered fluids equal to or below drilling program LGS
(low gravity solids) targets.
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
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Baroid’s
SOLUTION
Baroid’s V-133 and V-71
Cuttings
Dryers
and
Centrifuge unit offer a
waste management solution
to effectively clean and
dispose of drilling solids
and maximize drilling fluid
returns, remaining mobile
and reducing its footprint
on the rig site.
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
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value
PROPOSITION
By utilizing these high-performing equipment options, operators are not only
able to meet stringent environmental regulations, but also reduce waste
management and overall total costs of the well.
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APPLICATIONS
Baroid’s V-133 and V-71
Cuttings Dryers and
Centrifuge Systems
applications:
 Oil-, synthetic-, esterbased mud drilling
operations
 Environmentally
sensitive areas
 Small rig footprint
required
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key
FEATURES
 High capacity
 Reduces volumes of waste to haul
off for transportation and disposal
by 40%
 Proven reliable technology, well
average can achieve below 5%
OOC.
 Versatile layout and relatively
small footprint
 Skid mounted unit is suitable for
land and offshore applications
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equipment
SPECIFICATIONS
Baroid Dryer Specifications
Baroid V-133 Dryer
Baroid V-71 Dryer
Length
99-1/16” (2516 mm)
89” (2261 mm)
Width
87-7/8” (2232 mm)
64” (1626 mm)
Height
67-1/4” (1708 mm)
38” (965 mm)
Weight
7,700 lb (3493 kg)
4,200 lb (1905 kg)
Screen Area
13.3 sq ft (1.24 m2)
7.1 sq ft (0.66 m2)
Maximum G Force
> 400
> 400
Estimated Capacity*
40 – 60 tph
25 – 45 tph
Main Drive Motor
75 hp
30 hp
Voltage/Frequency
Variable
Variable
Classification
Variable
Variable
*intended as a guideline only and will vary depending on feed material
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
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customer
BENEFITS
 Environmentally compliant cuttings.
 Reduction in cost (waste management).
 Recovery of expensive drilling OBM drilling fluids
 Recovery of fluid alone may justify installation as 85% of
recovered mud is returned back to the active system after
treatment with a Hi-“G” centrifuge
 Reduces volumes of waste to haul off for transportation
and disposal by 40%
 Recovered fluids to equal to or below drilling program
LGS (low gravity solids) targets.
© 2014 HALLIBURTON. ALL RIGHTS RESERVED.
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consistent
QUALITY
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laboratory
SUPPORT
Baroid scientists and engineers work with state of the art
equipment and an extensive global database in order to perform
comprehensive testing analysis on a global scale.
Baroid’s Laboratory Services include:
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Analytical technical support
Bioassay technical support
Reservoir fluids technical services
Drilling fluids technical services
Industrial drilling products lab
Quality assurance
Research and development
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Discover Baroid’s
ECOSYSTEM
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