Yokogawa delivers end-to-end Industrial decarbonization solutions in Europe to help energy-intensive sectors achieve carbon neutrality. Our integrated technologies enable measurable CO₂ footprint reduction while ensuring compliance with stringent EU emissions regulations, turning climate ambitions into operational reality.
Navigating Evolving EU Emissions Regulations
Europe's industrial landscape faces unprecedented regulatory pressure under the EU Green Deal and Fit for 55 package. Yokogawa's decarbonization solutions in Europe provide a clear pathway to compliance through:
- Real-time emissions monitoring aligned with ETS/CBAM requirements
- Automated reporting frameworks for carbon pricing mechanisms
- Future-proof strategies for evolving CSRD disclosure rules
We transform regulatory complexity into competitive advantage, ensuring your industrial emissions reduction initiatives meet both current and upcoming legislative benchmarks.
Accelerating Carbon Neutrality Across Europe
Yokogawa is committed to accelerating carbon neutrality by providing innovative industrial decarbonization solutions across Europe. Our expertise in process automation and energy management enables industries to:
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Achieve net-zero
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Reduce
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Enhance
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Our Decarbonization Solutions
Yokogawa is committed to accelerating carbon neutrality by providing innovative industrial decarbonization solutions across Europe. Our expertise in process automation and energy management enables industries to:
Carbon Management & Emissions Monitoring
Cloud-based services that calculate CO₂ emissions based on measurement data, facilitating accurate Product Carbon Footprint assessments.
Energy Optimization & AI-Powered Efficiency
Energy Optimization & AI-Powered EfficiencyDrive immediate industrial emissions reduction through AI-driven energy efficiency – slashing operational costs while accelerating CO₂ footprint reduction goals.
Hydrogen-Ready & Renewable Systems
Hydrogen-Ready & Renewable SystemsEnable cost-effective green hydrogen adoption: a cornerstone of Europe's carbon neutrality roadmap and essential for deep decarbonization.
Digital Sustainability & Industrial Autonomy
Digital Sustainability & Industrial AutonomyAdvanced analytics, edge computing, and integrated control systems for sustainable process automation.
Advanced Control Systems
Advanced Control SystemsIntegrated solutions that enhance operational efficiency and safety while supporting decarbonization efforts.
Industries & Applications
Tailored decarbonization solutions for various industrial sectors
Renewable Energy
Implementing solutions that support the integration and management of renewable energy sources.
Oil & Gas
Strategies to reduce emissions and enhance efficiency in upstream and downstream operations.
Power Generation
Advanced solutions for cleaner and more efficient power production.
Chemical Industry
Optimizing processes to achieve sustainability goals in chemical manufacturing.
Digital Foundations for Carbon Neutrality
Yokogawa's GA10 data platform powers your decarbonization journey with:
- CO₂ footprint reduction tracking across Scope 1, 2 & 3 emissions
- Predictive analytics for proactive industrial emissions reduction
- Digital twins simulating net-zero transition pathways
Our technology stack turns sustainability data into actionable insights, ensuring your Industrial decarbonization solutions Europe deliver auditable results aligned with EU taxonomy criteria.
Why Choose Yokogawa
- EU emissions regulations expertise: Compliance-by-design in all solutions
- Proven CO₂ footprint reduction:
- 30-50% energy intensity decrease in refinery operations
- 25% emissions reduction in chemical processing
- Holistic carbon neutrality partnerships: From assessment to certification
Proven Leadership in Industrial Decarbonization
Yokogawa Europe has established itself as a leader by delivering innovative solutions that optimize energy use and enhance operational efficiency.
Integrated Digital Transformation Capabilities
Our comprehensive approach combines consulting expertise with advanced IT/OT integration leveraging IIoT and AI technologies.
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Commitment to Sustainability Goals
Dedicated to achieving net-zero emissions by 2050 and transitioning to a circular economy aligned with global climate efforts.
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Global Reach with Local Expertise
With a presence in over 60 countries, Yokogawa combines global experience with local knowledge to deliver tailored solutions that meet the unique needs of each client. Our regional teams are equipped to address specific challenges and opportunities in various markets.
Innovative Solutions for a Sustainable Future
Our portfolio includes cutting-edge technologies such as the OpreX Carbon Footprint Tracer, which provides precise calculations of product carbon footprints, aiding in compliance with regulatory standards and supporting sustainability reporting.
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Accelerate your Path to Carbon Neutrality
Accelerate your path to carbon neutrality with Yokogawa's certified Industrial decarbonization solutions Europe. Contact our EU sustainability specialists to:
- Benchmark current emissions against EU emissions regulations
- Develop your tailored roadmap for industrial emissions reduction
- Implement scalable technologies for rapid CO₂ footprint reduction
Case Studies & Success Stories
Real-world examples showing emissions reduction and efficiency gains.
Total Feyzin Refinery – Site-Wide Energy Cost Reduction
Total Feyzin Refinery – Site-Wide Energy Cost ReductionYokogawa implemented an on-line model for site-wide energy system management at the Total Feyzin Refinery in France. This initiative led to significant reductions in greenhouse gas emissions and enhanced energy efficiency across the facility.
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Aramis Carbon Capture and Storage Project
Aramis Carbon Capture and Storage ProjectYokogawa Europe was awarded a tender to provide Integrated Control and Safety Systems (ICSS), telecommunications, and system integration for the Aramis Carbon Capture and Storage Project. This project aims to significantly reduce CO₂ emissions in the industrial sector.
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Port of Rotterdam – Energy Efficiency Feasibility Study
Port of Rotterdam – Energy Efficiency Feasibility StudyIn collaboration with the Port of Rotterdam Authority, Yokogawa initiated a feasibility study to explore ways to increase cross-sector energy efficiency. This study focuses on optimizing energy use and reducing emissions in one of Europe's largest ports. Read more
Decarbonization Questions Answered
How can I reduce industrial carbon emissions?
Yokogawa offers integrated solutions that help companies monitor, control, and reduce their CO₂ emissions across the entire operation. Our carbon management tools provide real-time data so you can make smart, sustainable decisions that drive measurable results.
What is the best way to improve energy efficiency in my plant?
With Yokogawa’s energy optimization platforms, you can track energy usage in real time, identify waste, and make adjustments to save costs and lower emissions. These systems are built to deliver rapid ROI while supporting long-term decarbonization goals.
What technologies does Yokogawa use to help with decarbonization?
From AI-driven energy analytics to IoT-enabled sensors like the Sushi Sensor, Yokogawa combines cutting-edge technologies to support cleaner, more autonomous industrial systems. Our Industrial Autonomy initiative (IA2IA) is paving the way for future-ready operations.
Can I measure Scope 1, 2, and 3 emissions with Yokogawa?
Yes, Yokogawa provides robust tools to calculate and manage Scope 1 (direct), Scope 2 (indirect energy), and Scope 3 (value chain) emissions. These insights help you stay compliant and move closer to your sustainability targets with confidence.
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Carbon Management Solution
We will tackle issues and collaborate with our customers to limit GHG emissions and shift to inexpensive, reliable, and sustainable energy using our original technology and know-how to achieve the goal of carbon neutral.
We contribute to the realization of a new recycling-oriented society that can coexist with the global environment.
Details
Carbon Management & Emissions Monitoring
Carbon Management Solution
Yokogawa's “Carbon Management Solution” is to achieve the goals of carbon neutral, we will tackle issues and collaborate with our customers to limit GHG emission and shift to inexpensive, reliable, and sustainable energy using our original technology and know-how. Yokogawa contributes to the realization of a new recycling-oriented society that can coexist with the global environment.
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OpreX Carbon Footprint Tracer
A cloud-based service that calculates CO₂ emissions based on measurement data and other primary information, facilitating accurate and reliable Product Carbon Footprint (PCF) assessments in compliance with global regulatory standards.
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Scope 1-3 Emissions Management
Tools to map potential paths to achieve emission reduction goals across Scope 1 (direct emissions), Scope 2 (indirect emissions from energy), and Scope 3 (other indirect emissions), offering a credible and technically rigorous approach to decarbonization.
Energy Optimization & AI-Powered Efficiency
Real-Time Monitoring and Optimization
Advanced platforms facilitate real-time monitoring and optimization of energy consumption, enabling industries to minimize waste and enhance energy efficiency.
KBC VisualMesa
An energy management system that provides visualization and optimization of energy systems, helping industries to reduce energy costs and emissions.
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Online Energy Management
A refinery energy system is modelled, including all the constraints, with continuous model validation using live data. Performance monitoring includes the tracking of equipment efficiencies by utilising validated data for its continuous calculation.
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Hydrogen-Ready & Renewable Systems
Future-proof operations against EU emissions regulations by optimizing renewable energy utilization across production ecosystems.
Hydrogen Solutions
Supporting the development of a data-driven and digitally-native energy system powered by renewables, including hydrogen-based solutions.
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Waste to Energy and Biomass
Yokogawa is uniquely solving for variability in the European waste ecosystem; treating every item as a resource, to fully maximize its value. In doing so, helping to close loops for circular economies and reinforce industrial symbiosis.
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Holistic Renewable Energy Solutions
Future-proof operations against EU emissions regulations by optimizing renewable energy utilization across production ecosystems.
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Digital Sustainability & Industrial Autonomy (IA2IA)
Advanced analytics, edge computing, and integrated control systems for sustainable process automation.
Industrial Autonomy (IA2IA)
Yokogawa's initiative to transition from industrial automation to industrial autonomy, leveraging AI and digital technologies to optimize operations and reduce emissions.
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Sushi Sensor
An IoT-based solution designed for real-time asset condition monitoring, helping to optimize plant performance and minimize downtime.
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Advanced Control Systems
Integrated Control and Safety Systems (ICSS)
Solutions that integrate process control and safety systems, enhancing operational efficiency and safety while supporting decarbonization efforts.
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Distributed Temperature Sensor (DTSX)
Advanced sensing technology that provides continuous, accurate temperature monitoring over large areas, enhancing safety and reliability in industrial operations.
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Innovations in Action
Holland Hydrogen I – Europe's Largest Renewable Hydrogen Plant
Holland Hydrogen I – Europe's Largest Renewable Hydrogen Plant Yokogawa has been selected as the Main Automation Contractor (MAC) for the Holland Hydrogen I project, which will be Europe's largest renewable hydrogen plant. The facility will feature a 200 MW electrolyser capable of producing up to 60,000 kilograms of green hydrogen per day, powered by electricity from an offshore wind farm. Yokogawa's role includes providing integrated control and safety systems to ensure efficient and safe operations.
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Hydrohub MegaWatt Test Centre – Advancing Green Hydrogen Production
Hydrohub MegaWatt Test Centre – Advancing Green Hydrogen ProductionYokogawa is actively involved in the Hydrohub MegaWatt Test Centre, a joint industry research project aimed at developing low-cost green hydrogen production methods. This open-innovation infrastructure facilitates testing and scaling of innovative technologies, contributing to the acceleration of the green hydrogen economy.
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ORLEN Partnership – Sustainable Aviation Fuel Production
ORLEN Partnership – Sustainable Aviation Fuel ProductionYokogawa has partnered with ORLEN to develop cutting-edge technology for sustainable aviation fuel (SAF) production. This collaboration aims to accelerate the decarbonization of aviation fuels by integrating advanced process control and automation solutions, contributing to the reduction of carbon emissions in the aviation sector.
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Frequently Asked Questions (FAQ)
1. What are the best industrial decarbonization solutions in Europe?
Europe’s leading industrial decarbonization solutions include real-time energy optimization, AI-driven process control, carbon footprint tracing, and hydrogen-ready systems. Yokogawa’s integrated technologies, such as the OpreX Carbon Footprint Tracer and VisualMesa Energy Management System, are helping industries reduce CO₂ emissions and align with the EU Green Deal.
2. How can manufacturers reduce industrial emissions cost-effectively in Europe?
Cost-effective CO2 reduction solutions for manufacturing involve predictive energy analytics, automated process tuning, and digital twins. These technologies optimize utility consumption and improve return on investment (ROI). Yokogawa solutions can reduce carbon footprints by up to 30%, with measurable ROI typically within 12–24 months.
3. What is the ROI of decarbonization technology in Europe for 2025?
The ROI depends on plant size, sector, and energy intensity. For most manufacturers, the payback period is under 2 years, especially when leveraging AI-powered tools and government-backed incentive programs under the EU emissions regulations and carbon neutrality frameworks. Yokogawa offers strategic planning tools to calculate your specific ROI.
4. How do industrial plants comply with the EU Green Deal and avoid carbon taxes?
Compliance with the EU Green Deal involves meeting energy efficiency targets, reporting Scope 1–3 emissions, and adopting low-carbon technologies. Yokogawa's digital platforms offer built-in tools for EU taxonomy alignment and carbon tax mitigation strategies 2024, reducing exposure to environmental penalties.
5. Which technologies offer the best energy efficiency for manufacturing in 2025?
Top-rated solutions include AI-powered energy management systems, edge-analytics sensors, and carbon footprint automation tools. Yokogawa’s Sushi Sensor and IA2IA strategy (Industrial Autonomy) provide real-time diagnostics, making them among the best energy-efficient technologies for manufacturing in 2025.
6. How can AI improve industrial decarbonization strategies in Europe?
AI enables smarter energy scheduling, predictive equipment maintenance, and automated load balancing, reducing both costs and emissions. Yokogawa integrates AI across its platforms to ensure consistent and scalable results for industrial decarbonization solutions in Europe.
7. What are hydrogen-ready decarbonization systems?
Hydrogen-ready systems are technologies that can be easily integrated with green hydrogen infrastructure. Yokogawa participates in projects like Holland Hydrogen I, providing automation and emissions control systems compatible with renewable hydrogen pipelines and net-zero manufacturing goals.
8. How do I implement carbon capture in the pharmaceutical industry?
Yokogawa supports carbon capture and utilization (CCU) through advanced process control, emissions measurement, and heat recovery systems. In pharmaceutical operations, we help integrate CCU technologies that meet strict validation and cleanroom requirements while reducing environmental impact.
Resources
A refinery energy system is modelled, including all the constraints, with continuous model validation using live data. Performance monitoring includes the tracking of equipment efficiencies by utilising validated data for its continuous calculation,
Hydrogen management can have a significant effect on refinery utility supply through the integration with the rest of the utilities. Real-time optimization of hydrogen production in conjunction with steam, power and fuels can yield significant savings opportunities for the refinery.
Yokogawa has been aiming at providing total battery solutions not only in the areas of research and development of batteries, but also in newly expanded areas such as their production, operation, secondary use, and recycling. Since 2011, these results have been provided for battery manufacturers and users as battery measurement solutions.
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