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Author name: CarbonMinus Editorial Team

Close-up of stacked cardboard boxes with a green "ECO FRIENDLY" stamp printed on them. The boxes symbolize sustainable packaging and the push for bio-based, environmentally friendly materials.

Bio-Based Materials: The Sustainability Hype vs. Reality

In the 90s, fat-free snacks were all the rage. You’d walk into a grocery store and see “Fat-Free” splashed across chips, cookies, and even desserts.  They were marketed as the ultimate guilt-free indulgence, until people realized these “healthy” snacks were packed with sugar, artificial additives, and just as many calories. Fast-forward to today, and we’re […]

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Split-image comparison of two industrial landscapes: on the left, a fossil-fuel-powered factory emitting heavy smoke, and on the right, a clean energy-powered facility with solar panels and wind turbines, representing the transition from high-emission manufacturing to sustainable, net-zero production.

Beyond Emissions: How Smart Factories Win the Net-Zero Race

It’s the final lap of a Formula 1 race.  Two drivers push their machines to the limit, one in a finely tuned, ultra-efficient hybrid, the other in an outdated gas-guzzler. The hybrid surges ahead, fueled by precision, optimization, and cutting-edge tech, while the old-school racer burns through fuel, struggling to keep up.  The finish line?

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A worker in a yellow hazmat suit handling hazardous chemical containers in an industrial facility, overlaid with a transparent recycling symbol, representing circular economy initiatives in the chemical industry.

How AI Is Making Waste-Free Chemical Manufacturing Possible

The machines never stop. Deep inside chemical plants, massive reactors churn out plastics, solvents, and industrial compounds — the building blocks of everything from pharmaceuticals to packaging.  Steam hisses through pipelines, and the scent of hydrocarbons lingers in the air. This is the beating heart of modern industry. But outside these walls, the world is

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A robotic hand interacting with a digital interface displaying industrial data, overlaid on a smokestack emitting emissions. The image represents AI-driven optimization and real-time data analytics in industrial decarbonization.

Decarbonizing Steel, Cement, and Chemicals with AI

A blast furnace running at 1,500°C, churns out molten steel that will become the backbone of skyscrapers, bridges, and highways that we use every day.  An engineering marvel if you think about it. If you think deeper, it’s also an emissions disaster. For centuries, heavy industry has powered civilizations, but it’s also pumped billions of

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AI is playing an important role in helping the pharma industry become more sustainable. In the image a man looks at real-time data provided by AI.

How AI is Driving Net-Zero for the Pharma Industry

A groundbreaking new cancer drug is developed, offering hope to millions. It goes through years of research, rigorous clinical trials, and complex manufacturing before reaching the hands of patients.  The world celebrates a medical breakthrough, but behind the scenes, another story unfolds. For every life-saving drug produced, large amounts of water, energy, and chemicals are

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Do businesses really need AI to achieve their sustainability goals while earning higher margins?

AI vs. Carbon Emissions: A Sustainability Revolution

AI vs. Carbon Emissions: The Sustainability Battle You Didn’t Know Was Happening In I, Robot the machines took over the world. In Iron Man, AI-powered tech saved it. And in reality? AI isn’t fighting superheroes or enslaving humanity, but it’s taking on a far more pressing battle: climate change. AI for climate change sounds counterintuitive,

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The future of efficient energy management hinges on the use of advanced tech like AI and IoT.

How IoT and AI Revolutionize Energy Management

Industrial operations are undergoing a seismic shift. IoT and AI are no longer just buzzwords—they’re the driving forces behind a new era of efficiency and sustainability. As industries face mounting pressures to optimize processes, reduce costs, and align with global sustainability goals, these technologies are emerging as essential tools for transformation. From streamlining energy management

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Smoke emitting from a factory with vegetation closeby showing the direct impact of uncontrolled industrialisation.

Mastering Methane Reduction in Heavy Industries

Methane may account for a smaller share of greenhouse gas emissions than CO2, but its warming potential is staggering—more than 80 times greater over a 20-year period. This potent greenhouse gas is responsible for roughly 30% of the global temperature increase since pre-industrial times, making it a critical target for climate action. For heavy industries

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Mastering CBAM: A Guide to Compliance Success

Navigating Carbon-Conscious Trade with CBAM Insights

The EU’s Carbon Border Adjustment Mechanism (CBAM) is turning into a global game-changer. By embedding carbon costs into imports, CBAM is set to reshape international trade and redefine competitiveness in a low-carbon economy. For businesses operating in carbon-intensive industries, this marks a pivotal shift. The transition from voluntary sustainability initiatives to mandatory compliance means companies

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How COP29 Redefines Industrial Climate Action

How COP29 Redefines Industrial Climate Action

COP29 marked a revolutionary moment for industrial decarbonization. With world leaders, policymakers, and industry giants aligning on transformative pathways to tackle emissions, the stakes—and the opportunities—have never been higher. Heavy industries like steel, cement, and chemicals account for nearly 22% of global greenhouse gas emissions. These sectors produce the materials that are foundational to modern

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