Articles
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Energy generation on every surface
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Recycling EV batteries is easy—refining the metals inside them is hard
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Powering through cyber threats: Securing the grid in the digital age
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How the Romans built the aqueducts
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Shipbreaking’s long voyage into the 21st century is just beginning
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Addressing the plastics problem with infinite recycling
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Rethinking transit in a new world of work
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Is it lift-off for sustainable aviation fuel?
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Review: Your Life Is Manufactured
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The illustrated guide to sixteenth-century mining
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How hydrogen is changing whisky production
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Machine learning and the art of forgery detection
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Paw Patrol: How robots are changing oil and gas operations
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The tiny microbe that changed molecular biology forever
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From the spinning jenny to the smart factory
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From deserts and soil to oceans and skies: The innovations changing the way we think about carbon
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How can diamonds help us make sense of the world?
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Energy—not technology—defines modern life
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Rewiring the power grid
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Tech blanket to keep your EV warm in winter
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The future of shipping: Hydrogen powers a zero-emission maritime industry
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How the Netherlands became the global leader in flood defense
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Biobatteries that need to be fed not charged
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Why predictive maintenance is key to a renewables-reliant grid
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Next-gen airports revolutionize air travel
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Chemistry in space
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How close is nuclear fusion power?
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Chocolate production and the challenge of supply chain optimization
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How to make green steel
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From seeds and sprays to data and digitization: the new agrochemical landscape
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3D Bioprinting: The future of customized tissues and organ replacement
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Are artificial islands the future of wind power?
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Our industrial year in review: 2024
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Profiting from electric vehicle battery recycling
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Benign-by-design pharmaceuticals: Designing eco-friendly drugs to protect biodiversity
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How cities are heat-proofing for climate change
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Cement: The foundation of industrialized societies
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How to tackle the power storage problem
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How process simulation software will help build a new green ammonia economy
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Can carbon removal solve climate change?
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What’s causing the growth in drug shortages?
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Digging deep to dig better: Smart mining’s digital tools
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Salmon cannons and dancing rods: the wild world of hydropower fish management
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The rise and fall of coal
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Construction’s sudden digital renaissance
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Why Norway is pumping carbon deep beneath the sea
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The virtual patients revolutionizing drug manufacturing
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Sharing land: Can photovoltaic energy and agriculture coexist?
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From food scraps to face cream
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Toilet-to-tap water: Making the case for recycled water with data
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The struggle to curb HFC-23 emissions
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AI-powered smart grids can optimize energy management in manufacturing
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Dot dot dash: 35 years that shrunk the world
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Generative AI Is Reshaping Material Science
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Using bacteria to turn post-consumer plastic into silk
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Are EVs using too much water?
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Decarbonizing shipping: Net-zero by 2050?
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Government and Industry: Promises and perils
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AI washing | What is it & how does it work | AVEVA
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Nobel-Prize physics relies on industrial data
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AI boom fuels efforts to make data centers more sustainable
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Crafting green beer is harder than you think
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The precarious uranium supply chain—visualized
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A country without land: The first digital nation
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AI promises to supercharge weather forecasts
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An illustrated guide to carbon removal
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How biomanufacturing creates sustainable solutions
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Is ammonia an alternative fuel source?
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Street smart: is the highway of the future here?
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Industrial AI—Increasing or decreasing carbon emissions
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The source of the skills gap isn’t always a lack of skills
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Paper circuits: the future of electronics?
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Modular construction: the background to the boom
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Water to the desert: the history of the Hoover Dam
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Australia’s green iron ambitions rely on hydrogen
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Can undergrounding help fix grid transmission?
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How to make seeds more drought-resistant
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Understanding the hydrogen spectrum
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Hydrogen-powered trucks: the future of haulage
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Why virtual power plants are struggling to scale
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China’s nuclear know-how
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Recycled concrete for construction. A Q&A with architect Thomas Juul Andersen
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The hydrogen hype moves underground
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The mining industry levels up: how the industrial metaverse will power Mining 4.0
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Forever chemicals: are plasma and bubbles the solution to our problem?
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How the Netherlands learned to live with the water
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Why geothermal energy is heating up
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How the EU packaging regulations impacts business
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Coming soon: Transformative next-gen battery chemistries
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How to build a power transformer
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Chemical looping: a decarbonization landmark
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Commercial farm extracts battery-grade nickel—and sequesters more CO2 than it produces
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Modular construction: a storied alternative for EPC firms
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How to cool down in a warming world
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The whale-inspired secret to better wind turbines
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BASF's new weapon against insecticide-resistant malaria-carrying mosquitoes
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When will AI be creating all new drugs
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Making new factories: a truly global enterprise
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Is the U.K. finally reversing its nuclear decline
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Biosurfactants: the future of personal care and cleaning products
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Weather-proofing skyscrapers in the age of climate change
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Race to the bottom: Deep-sea mining, explained
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“I was married to t’ pit”: Memories of Britain’s last coalminers
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The rise of reshoring and nearshoring
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Will artificial intelligence amplify the case for integrated digital assets?
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A step-by-step guide for utilities managing physical climate risk
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The past, present and future of the assembly line
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Plugging the oil and gas industry’s methane gap
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The future of energy: a roundup
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Scaling geothermal energy with horizontal drilling
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The future of the power grid
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Energy-efficient windows made with smartphone glass
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Pickled wood: Chemistry transforms sustainably-grown pine into durable lumber
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Flexing their mussels: Fish and mollusks collect bio-digital data for water utilities
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China-US antipathy highlights strategic importance of antimony
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How to increase solar energy efficiency with giant clams
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Undersea cables—The thread holding our world together
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Turning mine waste into profit
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Understanding AI, Machine Learning & Deep Learning | AVEVA
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Air conditioning: The climate-change dilemma
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Hurricane Helene threatens global semiconductor supply chain
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What can you do with wind turbine waste?
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Governments are jump-starting the green hydrogen economy
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Tomorrow’s phantom ships
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Space debris is getting SSPICY
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Predicting earthquakes with AI
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The water-energy nexus
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Did miners invent the first wheel? Computer models suggest yes
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Geothermal networks: The next business for natural gas firms
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Sharing data from tire sensors could make commutes safer, shorter and greener
Podcast Episodes
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Dark matter and ghost particles—industrial data helps uncover the secrets of the universe
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Green ammonia is decarbonizing food production
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The future of the power grid: The challenge of DERs
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AI: A sustainability friend or an environmental foe?
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The Victorian Internet
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How to handle the coming e-waste avalanche
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The future of the power grid: Re-engineering for renewables
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Podcast – Our Industrial Life: Smart water for a changing environment
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The future of the power grid: the threat of aging infrastructure
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How to turn connected workers into proactive workers
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Your Life is Manufactured
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XR training and the future of industrial work
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Welcome to the mining metaverse
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How digitization is decarbonizing industry
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What the energy transition looks like from inside the grid
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Podcast – Our Industrial Life: Why should businesses care about COP26?
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Industrial data will matter more than ever in the wake of COP28
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Podcast – Our Industrial Life: What can real-time data do in an emergency?
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Bridging the skills gap with connected workers
