Automation for Energy

Valmet’s cutting-edge automation solutions and services drive sustainable, safe energy production while reducing emissions and improving energy, and operational efficiency. With extensive expertise in automation and information management, we offer intelligent, tailored solutions for various power plant types. Join us in shaping the future of energy with efficient, eco-friendly solutions!

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Related references

Real-time furnace monitoring: infrared camera reveals what’s happening inside

Infrared camera technology at E.ON’s Blackburn Meadows biomass plant enables real-time furnace monitoring, helping detect ash and slag buildup early to boost boiler efficiency and performance.

Valmet showcased a solution to enhance thermal power flexibility and efficiency at Flex India 2025

Valmet's Flexible operation solution enhances thermal power flexibility and efficiency while supporting India’s transition toward a more flexible and sustainable power generation.

Increasing biomass throughput at MVV’s Ridham Dock Facility with Valmet’s advanced process control and camera technology

MVV’s Ridham Dock Facility in Sittingbourne, Kent, UK, invested in a Valmet DNA Grate Boiler Optimizer application and a visible thermal camera to increase waste throughput and improve plant performance.

Power plant automation retrofit: a change for the better

By replacing an outdated control system with modern Valmet DNA Distributed Control System (DCS) at its AK1 boiler plant, Alholmens Kraft has boosted availability, efficiency, troubleshooting capabilities and boiler flexibility.

Pioneering data-driven maintenance for safety and productivity

UPM Lappeenranta Biorefinery, the first of its kind globally, produces renewable diesel and naphtha from tall oil, a residue of the pulping process. Besides this innovative process, the plant is also pioneering advanced condition monitoring practices to ensure process reliability.

Energie AG Umwelt Service in Austria optimizes its district heating network with Valmet DNA Advanced Process Control

The successful project makes the city of Wels more sustainable and efficient while securing its heat and energy supply.

Valmet DNAe User Interface boosts centralized plant control and monitoring

Nevel provides energy utilities as a service to its industrial and real estate customers. Digitalization, Valmet DNA Automation System and Valmet DNAe User Interface play an important role in doing it successfully.

Machine vision and optimization improve waste-to-energy availability and efficiency

A pioneering combination of advanced process controls and grate combustion vision software improves combustion management and availability as well as lowers support fuel consumption at the Tammervoima waste-to-energy (WtE) plant in Tampere, Finland.

Optimized asset performance and emission control via centralized monitoring

Valmet’s centralized remote monitoring and advanced data management solutions support Adven’s reliable and sustainable power generation by improving operational efficiency and emissions control.

A huge leap into a carbon-neutral future at Oulun Energia

Oulun Energia intends to achieve carbon neutrality in its energy production by 2035, simultaneously boosting the circular economy. Its new Laanila biopower plant in Oulu, Finland, features maximum fuel flexibility and high utilization of various side streams.

Valmet’s maintenance-related Industrial Internet solutions improve heating plant availability

By tracking the condition of its Hervanta heating plant with Valmet’s Industrial Internet (VII) applications, Tampereen Sähkölaitos recognizes failures proactively, improves maintenance and boosts reliability.

Fossil fuels replaced, CO2 emissions halved

Lounavoima’s new waste-to-energy plant produces district heat and electricity from waste in an environmentally friendly and cost-effective way in Salo, Finland. Valmet’s modern automation technology together with advanced monitoring and reporting solutions ensure smooth processes.

Higher-level central control boosts hydropower production

PVO-Vesivoima operates its hydropower plants in Finland more efficiently thanks to a Valmet DNA SCADA central control system. A vast amount of data from the process and external sources enables the company to meet future challenges.

Better process control, lower NOx emissions

Bord na Móna’s Edenderry Power Plant in Ireland has reduced its NOx emissions with an advanced process control application, Valmet DNA Combustion Manager.

Beating NOx emissions with optimized combustion

Pohjolan Voima’s values – skillfully, boldly and together – came to life when the company succeeded in reducing NOx emissions and improving energy efficiency through combustion optimization and data analyses at its two biopower plants.

Maxing fuel power to boost production

By guiding operators, the Valmet Fuel Power Maximization application enables Tampereen Sähkölaitos to unleash hidden production potential caused by varying fuel power at the Naistenlahti combined heat and power plant in Tampere, Finland.

Valmet’s automation solutions for energy and power: driving sustainable, efficient, and reliable energy production

Valmet offers comprehensive automation solutions designed for a wide range of power plants, including multifuel and biomass, waste-to-energy, combined heat and power (CHP), hydropower and combined-cycle.

Valmet provides distributed control systems, turbine automation, process optimization, energy management, fuel management, performance monitoring and reporting, emission monitoring and reporting, and boiler diagnostics systems to optimize every aspect of plant operation.

In addition, Valmet offers the energy balance optimizer to automate energy production and consumption for optimal balance and real-time market responsiveness. Valmet’s portfolio also includes carbon capture control solution to help power plants cut CO₂ emissions and meet environmental targets.

With advanced solutions for both traditional energy sources and emerging renewables, Valmet is committed to helping power plants optimize their operations in today’s rapidly changing electricity market.

Key benefits of valmet’s energy automation systems:

  • Enhanced efficiency: Our automation solutions optimize energy production, ensuring maximum operational efficiency while minimizing downtime and costs.
  • Lower emissions: Valmet’s systems are designed to help power plants meet stringent environmental standards by reducing emissions and improving sustainability.
  • Reliable process controls: With our proven expertise, we deliver precise, real-time process controls that ensure smooth operations and improve plant performance.

Whether working on steam, gas or hydro turbine generators or integrating renewable energy systems into the grid, Valmet’s robust automation technology supports seamless integration and optimal performance. With a focus on future-proof solutions and cutting-edge technology, we’re committed to supporting the energy transition to cleaner, more efficient energy sources.

Being a best-in-class partner toward EPC contractors, OEMs, and VAR partners

Valmet is a trusted partner to Engineering, Procurement, and Construction (EPC) contractors and Original Equipment Manufacturers (OEMs) around the world. We also collaborate closely with Value-Added Reseller (VAR) partners, who integrate our automation solutions into broader energy system offerings, adding services, customization, and local market expertise.

We understand the unique challenges and opportunities in the energy sector, and our tailored automation solutions are designed to meet the specific needs of EPC contractors, OEMs, and VAR partners for greenfield and retrofit projects. Through our VAR partner network, customers benefit from localized support, faster delivery, and end-to-end turnkey solutions built on Valmet’s proven automation technologies.

By collaborating with us, our partners can leverage our extensive knowledge and experience in automation and control systems, ensuring the successful implementation of advanced energy automation solutions.

Sustainable energy production for the future

Valmet’s energy automation systems also support the broader transition to renewable energy by enabling flexible, efficient power generation from diverse sources. Our solutions help utilities and power plants integrate renewable energy seamlessly, ensuring grid stability, balancing power supply, and optimizing energy storage.

Partner with Valmet to stay ahead of the curve in the evolving energy landscape. Together, we’ll drive the transition toward a sustainable, low-carbon energy future.

Get in touch today!

Ready to optimize your energy production and embrace sustainable, efficient solutions? Contact Valmet today to learn more about how our automation systems can enhance your operations and support your transition to a greener, more efficient energy future.

What is ROI for CHP automation systems?

Valmet’s Advanced Process Control (APC) solutions for CHP plants typically deliver a return on investment within 12–24 months, depending on plant size and configuration. APC optimizes combustion, load distribution, and energy efficiency, helping reduce fuel consumption, lower maintenance costs, and improve overall plant performance. By enhancing operational efficiency, our APC solutions enable power plants to achieve significant cost savings while maintaining reliable and sustainable energy production.

Can Valmet retrofit old power plants with automation?

Yes, Valmet specializes in modernizing existing power plants with advanced automation and control solutions. Our retrofit projects integrate seamlessly with legacy systems, improving operational efficiency, safety, and compliance without the need for a full plant rebuild. This approach allows operators to upgrade technology while minimizing downtime and capital expenditure.

How does Valmet reduce emissions in power plants?

Valmet’s emission monitoring and optimization solutions help power plants reduce NOx, CO₂, and other harmful emissions. By continuously monitoring combustion processes and adjusting operational parameters in real-time, our systems ensure regulatory compliance, improve fuel efficiency, and support sustainability goals, all while maintaining optimal plant performance.

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