ETS Engineered Dissolvable Materials, Driving Cost Savings Specific to Your Application

 
 

Introduction:

At ETS, we are proud to be a leading provider of engineered dissolvable materials, alloys, composites, and elastomers, primarily, but not exclusively, for the oil and gas industry. Our focus is on driving cost savings and operational efficiency for companies in this vital sector. In this blog post we will explore how our advanced materials are transforming the industry.

Engineered Dissolvable Materials:

At ETS, one of our core expertise lies in the development and implementation of dissolvable materials that are engineered to maintain their structural integrity during operation, and dissolve or degrade under specific conditions. These materials offer reliable functionality, while eliminating the need for expensive retrieval or drilling operations, resulting in substantial cost savings for our strategic partners.

Enhancing Operational Efficiency:

By incorporating our dissolvable materials, ETS optimizes operational efficiencies in the oil and gas industry. Our materials are utilized in various applications, including Frac Balls, Plugs, Seats, Sleeves, Packers, Plug and Perf operations, and many other Downhole Components, providing reliable support and functionality during well construction, completion and production stages. This reduces or eliminates the need for costly interventions, which leads to improved efficiency and reduces overall expenses. We offer multiple different blends of Magnesium Based and Aluminum Alloys along with degradable elastomers to best match your application needs.

Environmental Sustainability:

At ETS, we are committed to environmental sustainability in the oil and gas industry. Our engineered dissolvable materials minimize waste generation and eliminate the disposal of spent components. By adopting our materials, operators can reduce their environmental footprint and build on their responsible resource extraction practices, enhancing corporate image and bottom line.

Customized Solutions for Specific Applications:

ETS understands the unique requirements of the oil and gas industry, which is why we offer customized solutions tailored to your specific applications. Through close collaboration with operators, design engineers and material science leads, we develop dissolvable materials that meet unique wellbore conditions and operational needs. This customization ensures optimal performance, cost-effectiveness, and successful implementation for a wide variety of oil and gas environments. Our rapid response capabilities insure you are up and running on your new or existing project.

Durability in Challenging Environments:

Our dissolvable materials are designed to withstand the demanding and corrosive environments encountered in a wide variety of downhole conditions, such as, pressures, temperatures, media, etc. They exhibit excellent resistance to corrosion and erosion, enhancing the reliability of downhole equipment while offering the desired dissolution rates for optimizing performance.

Future Outlook:

ETS is committed to continuous innovation and driving further cost savings in the oil and gas industry. We invest in research and development to expand the capabilities and applications of our dissolvable materials. Through ongoing improvements, we aim to enable operators to achieve even greater cost reductions and operational efficiencies while meeting the most challenging, demanding, and evolving, wellbore conditions.

Conclusion:

At ETS, our engineered dissolvable materials are driving significant cost savings in the oil and gas industry. Through enhanced operational efficiency, reduced intervention requirements, and customized solutions, we empower operators to achieve substantial cost reductions while maintaining operational integrity. Additionally, our commitment to environmental sustainability positions us as a responsible partner. As we continue to innovate, join ETS as a trusted advisor and together we will continue to promote a bright future for this incredibly vital market we serve. 

Geoff Long