Halliburton

Halliburton released Geotech HEtm, a robust drill bit that incorporates new features & materials to deliver enhanced performance & efficiency.

GeoTech^®, matrix, and steel-body bits drill further and faster through advancements in body materials, the latest PDC technology and optimized hydraulics, allowing operators to stay on schedule and on budget.

Features :-

• 58% ROP improvement versus the field average
• 16 Hours saved versus offset wells
• 121 feet/hr ROp

Design :- 

Combining powerful design and simulation tools with a global network of technical resources, the Design at the Customer Interface (DatCI™) service platform uses direct customer input to rapidly optimize each bit. Matrix body drill bits incorporate an advanced blend of copper and a selection of application-specific tungsten carbide powder materials for increased erosion resistance.

Source :- https://www.halliburton.com/en/products/geotech-fixed-cutter-drill-bits

Many popular lift methods are offered by Halliburton such as Electrical Submersible Pumps (ESPs), Horizontal Pumping Systems (HPS), and Progressive Cavity Pumps (PCPs). The complete solution package by Halliburton includes the associated surface package for power, control, and monitoring of the entire lift system. Further, the package extends its services to installation, maintenance, repair and testing.

Individual customer production requirements are addressed through this offering and the objective is to achieve a superior level of product performance and credibility. The company operates in an environment friendly manner and makes sure that all the highest standards of health and safety are followed.

To provide their valued customers with the ability to "have a dialogue with their reservoir®” is the larger goal of Halliburton. The company is aware how crucial is well testing for reservoir understanding. Thus, the focus is on developing innovative products for enhancing efficiency, promoting safety, and providing more data for well testing operations.

Halliburton can provide the total well testing and extended well testing portfolio, from tubing conveyed perforating to the flare and burner. In order to perform proper reservoir evaluation, downhole pressure & temperature data, reservoir samples, subsea safety systems, surface data collection, and well fluid handling - all support collecting the pre-requisite information including productivity indicators such as permeability, skin, and initial reservoir pressure.

Time is money in the drilling industry - this a well-known fact and Halliburton completely appreciates this equation. With this understanding, Halliburton designs drilling programs that not only increase recoveries, but also reduce costs by minimizing non-productive time, consequently boosting production rates and requiring smaller capital expenditures.

Halliburton delivers drilling performance to improve wellbore quality and add value to overall well construction, for upstream oil and gas firms aspiring to minimize overall well-construction costs and increase asset recovery. This is how they optimize performance.

It is specifically used in deep and ultra-deep water; rated for up to 880 psi shear strength.

It is used in shelf and deep water; rated for up to 530 psi shear strength.

It is used with casing.

Features

• Non API rated
• Customized blades consist of carbon fiber ceramic material bonded directly onto customer's casing
• Blade geometry and spacing designed to fit specific well applications
• Can be installed on any grade of pipe including CRA alloys
• Patented bonding process helps assure a strong mechanical bond with high adhesion value
• Provides centralization option for close tolerance wellbores
• Provides smooth, uninterrupted fluid flow during mud circulation and cement placement due to the absence of any banded product placed around the casing;  Helps enable full-coverage cement slurry distribution Composite material exhibits extreme abrasion and impact resistance
• Ideal for deviated sections of borehole as material combined with the upset edge of the blade geometry provides a low coefficient of friction
• Field proven technology
• Blade material is inert and thus is CO2 and H2S resistant
• A high thermal degradation temperature and excellent impact resistance at -25°F (-32°C)
• Successfully used in both conventional and slim profile wells
• Blade applications are usually performed in a Halliburton facility or in a pipe yard where customer's pipe is stored. Field location installations are also available.

Source : https://www.halliburton.com/en-US/ps/cementing/casing-equipment/casing-attachments/protech-molded-composite-attachments.html

This types of centralizer is used with drill pipe.

Features

• Non API rated
• Customized blades consist of carbon fiber ceramic material bonded directly onto customer's casing
• Blade geometry and spacing designed to fit specific well applications
• Can be installed on any grade of pipe including CRA alloys
• Patented bonding process helps assure a strong mechanical bond with high adhesion value
• Provides centralization option for close tolerance wellbores
• Provides smooth, uninterrupted fluid flow during mud circulation and cement placement due to the absence of any banded product placed around the casing;  Helps enable full-coverage cement slurry distribution Composite material exhibits extreme abrasion and impact resistance
• Ideal for deviated sections of borehole as material combined with the upset edge of the blade geometry provides a low coefficient of friction
• Field proven technology
• Blade material is inert and thus is CO2 and H2S resistant
• A high thermal degradation temperature and excellent impact resistance at -25°F (-32°C)
• Successfully used in both conventional and slim profile wells
• Blade applications are usually performed in a Halliburton facility or in a pipe yard where customer's pipe is stored. Field location installations are also available.

Source : https://www.halliburton.com/en-US/ps/cementing/casing-equipment/casing-attachments/protech-molded-composite-attachments.html