STEAM AND GAS TURBINE ELECTRIFICATION

Electrification across industries is no longer a trend or a “nice to have” - it is a critical driver of business performance and long-term growth. The energy transition is accelerating rapidly, fueled in part by increasingly ambitious sustainability strategies adopted by companies worldwide.

 

A key opportunity lies in replacing traditional turbine-driven systems used in industrial energy conversion processes. Historically, high-power compressors and pumps have relied on mechanical drivers such as steam and gas turbines powered by fossil fuels. These systems result in high carbon emissions as well as significant capital and operational costs.

 

ABB’s proven drive and motor solutions offer a smarter alternative. Built on decades of engineering expertise, ABB enables reliable electrification across industries through efficient electric solutions that can replace mechanical turbines in both existing (brownfield) and new (greenfield) operations.

KEY BENEFITS

<p>At ABB, we understand that your application comes with its own unique challenges, requirements, and goals. That’s why we deliver complete engineered drive and motor packages tailored to your specific needs — regardless of the application, location, or operating environment. With ABB, you gain a reliable partner focused on simplifying your projects, increasing flexibility, and helping you achieve faster, more efficient results.</p>

Engineering and optimization support

<p>Benefit from expert support tailored to your operation - from network studies and layout optimization to electrical system design and ROI assessment. ABB helps improve system availability and efficiency while developing optimized shutdown and turnaround plans that minimize downtime, reduce risk, and maximize operational performance.</p>

Decarbonization and energy efficiency

<p>Build and operate your plant in the most efficient way. ABB solutions help you achieve your energy efficiency improvements up to 80%, reduce maintenance cost up to 75%, while supporting a more sustainable operation with emissions reduction up to 4400 Tons of CO₂/year per MW using renewable energy.</p>

Project simplification

<p>Simplify the project and procurement process with a flexible and efficient approach to executing variable speed drive systems, helping reduce complexity and improve execution efficiency.</p>

Profitability boost

<p>Reduce production losses and improve profitability by maximizing uptime, efficiency, and minimizing OPEX costs.</p>

EXPLORE THE TURBINE-2-ELECTRIC CO₂ SAVINGS CALCULATOR

Use the calculator to estimate your potential CO₂ savings and environmental impact. Based on your specific energy use and plant location, you'll receive personalized insights to support smarter, more sustainable decisions.​

With this tool, you can:​

  • Calculate CO₂ savings both in quantity and percentage by transitioning to electric solutions​
  • Identify potential tax incentives and reductions​
  • Compare gas and electric performance to align with your sustainability goals

VARIABLE SPEED DRIVE SYSTEMS

Our Variable Speed Drive Systems are custom designed, engineered, and commissioned to meet the specific requirements of each application. Whether that be a drive and motor powering a gas compressor, a pump moving large volumes of water, or dozens of other applications across industries, ABB systems deliver the highest levels of efficiency and reliability. A full system can incorporate all of the elements in this illustration.

RELATED CONTENT

On-demand Turbine-2-Electric webinar

Watch the on-demand webinar to learn how electrification boosts efficiency, sustainability, and long-term value. Register now for practical insights on the shift from turbine-driven to electric solutions.

Variable Speed Drive Systems webpage

ABB delivers scalable end-to-end drive solutions that simplify project execution, maximize reliability and uptime, and power more efficient, sustainable operations.

Compressors webpage

Our motors and drives for compressor and blower solutions are engineered to meet these challenges head-on, delivering robust performance, energy efficiency, and process stability even in the harshest conditions.