Clean Energy Solutions for a Sustainable Tomorrow
Engineering the Transition to Lower Emissions
PSM delivers flexible, proven solutions that help power producers decarbonize operations without replacing their gas turbines. Our clean energy technologies—including hydrogen-fueled retrofits and refinery off-gas (ROG) integration—offer power plants a practical path to reduce emissions while improving operational flexibility and asset life.
Solving the energy trilemma
The energy trilemma refers to the challenge of balancing three aspects of energy systems:
• Environmental sustainability
• Energy affordability
• Energy reliability
PSM addresses this challenge by helping customers meet their carbon reduction goals through innovative gas turbine upgrades, combustion system retrofits, and digital optimization—all designed to lower emissions, maintain performance, and reduce lifecycle costs.
Addressing Energy Challenges: PSM's Approach
PSM is tackling various energy challenges through the following strategies:
Environmental Sustainability
PSM assists customers in developing environmentally sustainable clean energy solutions. The company focuses on:
• Reducing carbon footprints for customers and itself
• Minimizing environmental impact
• Prioritizing energy efficiency in solutions
• Reducing energy waste and greenhouse gas emissions at facilities and workshops
Energy Affordability
PSM develops reliable and resilient energy system solutions to power critical infrastructure and industries. Their offerings include:
• A range of solutions and services to upgrade or retrofit gas turbines for fuel flexibility
• Highly efficient system designs that maximize availability
Energy Reliability
Recognizing the importance of universal energy access, PSM provides tailored solutions for diverse communities and industries, regardless of socioeconomic status or geographic location.
PSM addresses the energy trilemma by offering reliable, equitable, and sustainable energy solutions across various industries and communities.
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Clean Hydrogen: Powering a Low-Carbon Future
Benefits of Converting to Hydrogen-Compatible Turbines:
- Lower carbon footprint: 100% hydrogen-ready solutions available
- Fuel flexibility: Operate on natural gas, hydrogen, or blends
- Efficiency gains: Higher energy content, optimized performance
- Reduced maintenance: Upgrades designed for durability and uptime
- Energy independence: Hydrogen can be produced locally from diverse sources
- Grid stability: Clean firming and peak support during high demand
Discover Your Savings with the PSM Hydrogen and CO2 Decarbonization Calculator
The PSM Hydrogen and CO2 Decarbonization Calculator is designed to help you estimate the potential cost savings and carbon dioxide (CO2) reductions for your heavy-duty industrial gas turbines.
How will hydrogen or other alternative fuels impact your power plant’s carbon emissions?
Find out now by using our cost-saving and CO2 reduction calculator. Click the link below to get started:
Hydrogen Explained: Color Spectrum Overview
The energy industry uses color-coded terms to describe various hydrogen production technologies and their environmental impacts. Each color in the hydrogen spectrum represents a distinct production method. Here's a brief overview of the different types of hydrogen:
Grey
Grey hydrogen
- Source: Natural gas via steam methane reforming
- Emissions: High CO2 output
Blue
Blue hydrogen
- Source: Fossil fuels with carbon capture
- Emissions: Low CO2 emissions
Green
Green hydrogen
- Source: Renewable energy via electrolysis
- Emissions: Zero Carbon
Pink
Pink hydrogen
- Source: Nuclear-powered electrolysis
- Emissions: Zero Carbon
Turquoise
Turquoise hydrogen
- Source: Methane pyrolysis
- Emissions: Solid carbon byproduct (low-emission potential)
How PSM Converts Gas Turbines for Natural Gas and/or Hydrogen Use
- Assess turbine compatibility: Analyze the turbine's design, materials, and operating parameters to ensure safe operation with hydrogen fuel.
- Modify fuel system: Adapt the existing system to accommodate hydrogen by installing a flexible supply system with blending and delivery capabilities.
- Upgrade combustion system: Retrofit or install a PSM FlameSheet™ or LEC III™ combustion system.
- Test and commission: Systematically test the upgraded turbine to ensure safety, efficiency, and performance improvements, including emission reductions.
PSM's team of specialized engineers and technicians guides customers through the conversion process. A comprehensive assessment of the plant and decarbonization goals determines the scope of the conversion.
Take the first step towards a cleaner, more efficient energy future by exploring our gas turbine solutions. Contact us to learn how we can help power your operations while reducing your carbon footprint.
Learn More:
Clean Energy Brochure
Hydrogen in the News
PSM, Thomassen Energy and Hanwha Power Systems Achieve Record Hydrogen Use in Gas Turbine Power Plant
PSM’s FlameSheet™ retrofit combustion system delivers industry-record 60% hydrogen fuel blend with single-digit emissions in 80MW heavy-duty frame gas turbine…
Completion of Gas Turbine Modifications for Hydrogen Co-firing at Linden Gas Thermal Power Station
JERA Co., Inc. (“JERA”) has completed modification of the gas turbine at Linden Gas Thermal Power Station Unit 6 in the United States to enable the use of hydrogen…
read more
Korea Western Power Company, Tallgrass, and PSM to Collaborate on Utility Scale Decarbonization
KOWEPO, Tallgrass, and Power Systems Mfg, LLC (PSM) today announced their agreement to collaborate on key infrastructure investments for the conversion of natural gas-fired power generation to clean hydrogen…
read moreVisit PSM at these upcoming H2 Conferences/Events
June 23-25, 2025
MIMA-4 Intl Conf; Decarbonisation of Power Generation
Institute of Materials, Minerals & Mining
London, UK
read more
Want to learn more?
Contact PSM today