Solving industry challenges through innovation

Discover the unique production enhancement technologies & services CARBO featured at SPE ATCE 2016

Lower your finding and development costs

Technology innovation is critical to delivering the production rates and cost efficiencies required to accelerate and improve your return on investment in challenging market conditions.

Discover our unique production enhancement technologies and services that help solve key industry challenges and deliver step-changes in production, recovery and economic performance.

New solutions to key challenges

The integration of our innovative technologies provides you with new solutions to stimulation, fracture evaluation, production assurance and recovery challenges faced in deepwater, off shore, HPHT, unconventional and mature reserves.

Our unique portfolio and expertise helps you to achieve higher production and increased recovery which accelerate your returns while lowering your finding and development cost per BOE.

 

Key technology innovations featured at ATCE 2016:

CARBOAIR technology

Improve your reservoir contact and well productivity

CARBOAIR high transport, ultra low-density ceramic proppant technology carries farther into the fracture which increases effective propped fracture height and lengths.

The increased reservoir contact with high long-term fracture conductivity improves production and EUR while lowering fracturing costs.

More on CARBOAIR technology >

FUSION technology

Capture the full potential of your reservoir

FUSION proppant pack consolidation technology allows increased injection and production rates in deepwater fields enabling improved pressure maintenance so you can increase EUR and ROI.

More on FUSION technology >

KRYPTOSPHERE LD technology

Lower F&D costs, increase recovery measurements

KRYPTOSPHERE LD ultra-conductive, low-density ceramic proppant technology significantly exceeds the conductivity, compressive strength and durability of existing low-density proppant.

The technology can outperform IDC and bauxite proppant, and allows you to cost-effectively attain higher flow rates and increase propped fracture volumes to maximize ROI.

More on KRYPTOSPHERE LD technology >

KRYPTOSPHERE HD technology

Increase deepwater production and recovery

KRYPTOSPHERE HD ultra-conductive, high-density ceramic proppant delivers significantly higher baseline conductivity than bauxite-based high-density proppant.

The technology enables you to attain higher flow rates and safeguards fracture integrity in high closure stress deepwater wells.

More on KRYPTOSPHERE HD technology >

SCALEGUARD technology

Low cost scale prevention for the life of the well

SCALEGUARD proppant-delivered scale-inhibiting technology enables you to assure long-term production with a single cost-effective treatment during fracturing operations and significantly reduces your LOE costs.

The technology has prevented scale formation for over 825 days to date in a previously scale-prone field saving over $156,000 per year in workover and maintenance costs per well.

More on SCALEGUARD technology >

CARBONRT technology

Optimize production and completion efficiency with precise near-wellbore measurements

CARBONRT inert tracer technology enables you to precisely measure near wellbore fracture height and width, and verify propped fracture location and diversion operations.

These measurements improve your fracture modeling and help you optimize your completion strategy and improve fracturing efficiency.

More on CARBONRT technology >

Technical presentations

The following papers were presented as part of the technical program

SPE Presentations

Presentation title

SPE paper #

Date, Time, Location

Utica Well Performance Evaluation, A Multi-well Pad Case History
R.F. Shelley, K. Shah, K.M. Underwood, B. Davidson, STRATAGEN

#181400

Tuesday, Sept 27th
Fracturing Case History session
1025-1040, 
Station 5

Prevention of Halite Formation and Deposition in Horizontal Wellbores: A Multi-basin Developmental Study
J.M. Hebert, J. Leasure, P. Saldungaray, CARBO

#181735

Tuesday, Sept 27th
1545-1610,
Room: Abu Dhabi A

Recent Advancements in Far-Field Proppant Detection
T.T. Palisch, CARBO

-

Wednesday, Sept 28th
1425-1450,
Room: Sheikh Rashid C

Utica Well Performance Evaluation, A Multi-well Pad Case History
R.F. Shelley, K. Shah, K.M. Underwood, B. Davidson, STRATAGEN

SPE paper: #181400

Date, Time, Location
Tuesday, Sept 27th
Fracturing Case History session
0830-1155, (exact time TBC)
Room: Abu Dhabi B

Prevention of Halite Formation and Deposition in Horizontal Wellbores: A Multi-basin Developmental Study
J.M. Hebert, J. Leasure, P. Saldungaray, CARBO

SPE paper: #181735

Date, Time, Location
Tuesday, Sept 27th
1545-1610,
Room: Abu Dhabi A

Recent Advancements in Far-Field Proppant Detection
T.T. Palisch, CARBO

SPE paper: -

Date, Time, Location
Wednesday, Sept 28th
1425-1450,
Room: Sheikh Rashid C

Achieve the optimal approach to every well

Contact team members from our fracture software, fracture technologies and services or fracture consulting businesses to discover more. They will tell you how we can help you to design, build and optimize the frac which ensures that your approach to each play is optimal and maximizes your ROI.

 

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