New Rockwell Automation Sustainability Report Demonstrates Synergy Between Green and Digital Technologies

New Rockwell Automation Sustainability Report Demonstrates Synergy Between Green and Digital Technologies

Rockwell Automation has published a new sustainability report (Rockwell Automation 2025 Sustainability Report), which reveals key findings about the deep interrelationship between the green transition and digitalization in manufacturing.

https://www.rockwellautomation.com/en-us/sustainability/report.html
The global company emphasizes its commitment to building a more sustainable and resilient future for industry through innovative and high-tech solutions, which you can find in the Rotek portfolio on the market in our country.

With its latest report, Rockwell sends a clear signal that industrial innovation and climate action feed each other. By integrating sustainability into digital and artificial intelligence (AI)-driven automation solutions, the company enables manufacturers to extract added value in the long term, improve their resilience and accelerate their transition to low-carbon operations.

Sustainability is reflected in every aspect of the business

The publication summarizes how Rockwell Automation’s commitment to sustainability is woven into every aspect of its business – from design and innovation processes to sourcing, manufacturing methods and deliveries. And here are the three main elements of the American corporation’s ESG strategy:

• Environment: advanced energy and emissions management, sustainable design and a responsible supply chain;
• Social issues: creating a culture that empowers people, prioritizes safety and invests in the workforce of the future;
• Governance: a clear and transparent commitment to everything Rockwell does – from cybersecurity and product safety to corporate risk management and ethical leadership.

“As a manufacturer and trusted partner to industrial companies worldwide, Rockwell is uniquely positioned to lead the transformation to sustainability through innovation. Our technologies help customers reduce energy consumption, minimize waste, and reduce emissions while improving quality and productivity.

From intelligent machines and digital twins to advanced motion control and cybersecurity, our solutions enable businesses to achieve their decarbonization goals without compromising efficiency,” said Blake Moret, chairman and CEO of Rockwell Automation.

Key conclusions:

• Sustainability must be built in, not wishful thinking, across automation solutions, artificial intelligence, digital platforms, and lifecycle services;
• Industrial AI is a critical tool for climate actions—platforms like FactoryTalk Analytics, LogixAI, and FactoryTalk Design Studio Copilot minimize environmental impact through intelligent automation;
• Data is the fuel of decarbonization – by collecting and analyzing operational and energy data with Rockwell solutions, businesses can quickly achieve measurable benefits;
• Scope 3 emissions can be effectively measured and managed – with tools like the Sustainability Calculator for Repairs, businesses can quantify and reduce emissions related to purchased goods, services, transportation, repairs and equipment retrofits;
• Repair and remanufacturing bring significant sustainability benefits – in 2025 alone, Rockwell customers avoided over 4 million kg of carbon emissions and more than 270 tons of waste by recovering components and systems for reuse instead of replacing them with new ones.

The Triple A Approach (“ASSESS”, “ADVANCE“, “ACCELERATE”)

Rockwell Automation applies the so-called “Triple A” approach to the circular economy and sustainability:

• “ASSESS” – transforming data into business insights: measuring and managing resource consumption (energy and water), cybersecurity, etc.;
• “ADVANCE” – transforming insights into strengths: integrated information collection, remote monitoring and management of energy, water, processes and emissions, traceability along the supply chain, etc.;
• “ACCELERATE” – upgrading strengths into competitive advantages: resource optimization, electrification, renewable energy, carbon capture, minimizing downtime, circular models, etc.