New Technologies


To stay within the targeted limit of 1.5 degrees Celsius of warming, scientists insist that we need to reduce the carbon that’s already in the atmosphere as well as dropping new emissions to net-zero. In so far as fossil fuels—including coal, oil, and natural gas-- still supply 80% of the world’s energy needs (2020 numbers), it is clear that those emissions have to be cut at least in half by 2030.

The good news is that, according to the IPCC report (April, 2022), we can do it. Renewables are now significantly undercutting fossil fuels as the world’s cheapest source of energy, according to a new report. In a 2022 piece by Umair Irfan in Vox covering the final instalment of the IPCC report which examined tactics to mitigate climate change, the price of solar electricity has dropped 89% between 2009-2019. Onshore wind energy has also dropped in the past decade – by 70%. Of the wind, solar and other renewables that came on stream in 2020, nearly two-thirds – 62% -- were cheaper than the cheapest new fossil fuel. It is no surprise then, that projections from the EIA suggest solar power will account for 46% of new U.S. electric generating capacity, with wind at 17% and nuclear @ 5% in 2022.

The challenging news is that meeting that goal will, however, require major transitions in the energy sector. Existing clean energy technologies were, as recently as 2020, evaluated by the International Energy Agency (IEA) and four main decarbonization approaches were identified as significant if we were to reach our goals: electrification of end usage (particularly heating and transportation); carbon capture, utilization, and storage; low-carbon hydrogen and hydrogen fuels; and bioenergy. This is because, even if we cut most of our carbon emissions down to zero, the carbon dioxide that is already in the atmosphere can affect climate for hundreds to thousands of years.

So, even as keeping fossil fuels in the ground is the surest known way to prevent further warming, the search is clearly on for other solutions. Scientists say we will not meet targets to limit global warming to 1.5 degrees Celsius without removing some of the CO2 we have already emitted. The IPCC projects between 100 billion and 1 trillion tons of CO2 would need to be removed this century.

The unsettling news is that, of the more than 400 technologies within those four categories identified by the IEA, few are on track to meet the necessary goals:

  • In low-carbon electricity, where we have made important progress in solar, wind, geothermal, and nuclear generation, our infrastructure and use in industry is lagging. The development of long duration storage as a solution to extend the reach of renewable energy --otherwise limited by the amount of time the sun shines and the wind blows -- is not where anyone wants it to be--yet. Battery storage is critical in the transportation sector as the race is on to accelerate the speed by which electric vehicles can be charged AND accelerate the longevity of those batteries. This matters as individuals and communities search for ways to protect themselves from economic impacts and power outages. It matters to utilities as they search for solutions to provide reliability, integrate clean energy into the grid, and reduce the cost of energy. Lithium-ion batteries, which are both improving and becoming cheaper ( 97% in the past three decades ) are vital to the transportation sector because, as they become less expensive and more efficient, so do electric vehicles. Graphene aluminum-ion batteries are promising ever more improvements and cost efficiencies although not ideal for long-duration energy storage --yet. Adden Energy, a Harvard spinoff, announced in September 2022 a “game changing” new solid-state battery which promises, among other things, a 3-minute charge for electric vehicles.
  • As far as carbon capture is concerned, there are two carbon removal strategies:
    • One is biological and looks to the natural world for solutions, amplifying the carbon-capturing qualities of the ocean, forests, and sedimentary rocks, creating underwater kelp farms, planting trees, and expanding soil carbon sequestration. “Greening up agriculture” is a term entrepreneurs are using as they look to develop floating solar, the “air gen” system which makes electricity out of moisture in the air, and “perovskite-silicon cell which converts sunlight into electricity. There are even various large-scale schemes to intervene in the earth’s oceans, soils, and atmosphere being explored through climate geoengineering.
    • The other is more technological or chemical. Direct air capture is designed to eliminate carbon, either by sucking it out of the air and storing it deep underground (sometimes called “carbon mineralization”) or by converting it into something else (fuel, for example). This technology has caught the attention of the business world and the government. For example, the Inflation Reduction Act offers massive tax credits to companies per ton of carbon they capture. At the end of the day, given carbon capture, removal, and storage’s long-term importance for the decarbonization of energy-intensive industries and reduction of historical emissions, the challenge lies in making them commercially viable, at scale, and swiftly.
  • Another way to store renewable energy is by using electrolyzers to extract hydrogen from water. In this technology, engineers run an electric current through water and collect the hydrogen molecules that break off. These can be burned for heat, stored in fuel cells or turned into chemicals such as methane for processes that require fossil fuels. When the electrolyzer system is used to produce hydrogen as a fuel, the only emission is water vapor. This concept is better known as ‘Power-to-X’ --taking grid electricity (power) and turning it into something else. In this case the ‘X’ is hydrogen fuel. Hydrogen is also being looked at to decarbonize heavy industry --a high-polluting sector that has mostly been overlooked. The high heat needed to process industrial materials — such as concrete, iron, steel, and petrochemicals — is responsible for about 10 percent of global CO2 emissions, according to a report from the Centre on Global Energy Policy. Zero-carbon hydrogen is attracting attention not just for use in industrial transportation but also as chemical energy for industry.
  • And, then there is bioenergy with carbon capture and storage (BECCS) -- whereby plants are burned for energy at a power plant, which then captures and stores the resulting emissions so that the CO2 previously absorbed by the plants is removed from the atmosphere. It can then be used for enhanced oil recovery or injected into the earth where it is sequestered in geologic formations.
  • Technologies and ventures that turn methane into biogas, known as renewable natural gas (RNG) are also taking off. Vanguard Renewables is, for example, partnering with companies like Unliever and Starbucks to turn their food and agricultural waste (including manure) into renewable natural gas and by-products such as fertilizer. Some of these investments will no doubt be controversial with climate activists, who are likely to argue (legitimately) that they perpetuate natural gas extraction processes.
  • There is no doubt, however, that regulating methane gas is critical for advancing President Joe Biden’s goal to slash U.S. emissions in half from 2005 levels over the next decade and achieve a net-zero economy by 2050. In the challenge to cut gas leaks a number of companies are developing emission tracking tools:
    • A new initiative called Climate TRACE, for example, is working on an app that can track all human-produced pollution and trace it to its source. TRACE’s goal to promote radical transmission transparency through publicly available, comprehensive data, could drive accountability on emission reductions as well as more accurately alert corporations, municipalities, and countries where they can cut emissions. They are not alone in working to harness satellite data into actionable information.
    • The DoE has already awarded $5 million to LongPath Technologies, which is developing a methane gas detection network in the Permian Basin.
    • Another high-profile project is Methane SAT, a satellite operation being launched by the Environmental Defense Fund. The organization’s launch partner is Elon Musk’s SpaceX rocket company, and the hope is to put a satellite into orbit in fall 2022. Infrared detection technology from Ball Aerospace will be on board.
    • Another satellite network to watch is Carbon Mapper, which includes climate-tech firm Planet and NASA’s Jet Propulsion Laboratory. The first launch in its “constellation” of satellites for monitoring methane and CO2 is anticipated in 2023. (More on methane detectives.)
  • And what of the group of industrial chemicals known as hydrofluorocarbons (HFCs)? Used primarily for cooling and refrigeration, they are 3,790 times more damaging to the climate than carbon dioxide (CO2) over a 20-year period. Cooling accounts for more than 7% of global GHG emissions and is expected to triple as the earth heats up. In response, the Biden administration passed the AIM Act in 2021 directing the EPA to phase down production and consumption of HFCs in the U.S. by 85% over the next 15 years. While emerging methane innovations mainly seem to be about capturing, monitoring and reusing, there are dozens of entrepreneurs developing entirely new approaches to cooling --that sidestep HFCs.

Time is of the essence.

Overview of climate mitigation options and their estimated ranges of costs and potentials in 2030

Courtesy Intergovernmental Panel on Climate Change (IPCC)



Energy companies tap AI to detect defects in an aging grid

By Peter Behr 02/21/24
A helicopter loaded with cameras and sensors sweeps over a utility’s high-voltage transmission line in the southeastern United States. High-resolution cameras record images of cables, connections and towers. Artificial intelligence tools search for cracks and…
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EDF and Google partner to map global methane emissions from space

By Jeff St. John 02/14/24
By this time next year, a new satellite will be detecting how much methane is leaking from oil and gas wells, pumps, pipelines and storage tanks around the world — and companies, governments and nonprofit…
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Greasy—and good for the planet

By Bill Gates 02/13/24
Cheeseburgers are my favorite food. But I wish they weren’t, given the impact they have on the environment. I’ve tried many of the best meat and dairy replacements out there, and while I’ve had some…
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Inside the race to grasp the fate of the Colorado River

By Joshua Partlow 02/11/24
To ensure that the Colorado River can remain a lifeline for 40 million people, the federal government is looking for answers in the extremes of the distant past and the warnings of a hotter future.
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Microsoft-Backed Clean Jet Fuel Startup Fires Up New CO2 Converter

By Michelle Ma 02/08/24
Climate technology startup Twelve took a major step towards producing sustainable aviation fuel (SAF) on Thursday by launching its commercial-scale carbon transformation unit.
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SpaceX launches $948 million NASA satellite designed to shed new light on climate change

By William Harwood 02/08/24
SpaceX launched an environmental research satellite for NASA early Thursday, a nearly $1 billion spacecraft that survived multiple cancellation threats and is now poised to shed new light on climate change and the complex interplay…
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Could a Giant Parasol in Outer Space Help Solve the Climate Crisis?

By Cara Buckley 02/02/24
It’s come to this. With Earth at its hottest point in recorded history, and humans doing far from enough to stop its overheating, a small but growing number of astronomers and physicists are proposing a…
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Solar-Powered Mars Plane Set to Cruise Red Planet Looking for Water

By Andy Corbley 01/26/24
A bold design for an vertical take-off aeroplane has received advanced grant funding from NASA with the aim of having it ready to fly on Mars in the next 6 years. MAGGIE (Mars Aerial and…
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A Sublime Solution to Climate’s Hardest Problem

By Emily Pontecorvo 01/11/24
Over the past several months, in the sleepy city of Holyoke, Massachusetts, bulldozers have been tearing down a former paper mill. The newly leveled ground on the western banks of the Connecticut River is on…
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DOE Announces Leading Heat Pump Manufacturers Successfully Develop Next-generation Prototypes to Withstand Subfreezing Weather

The U.S. Department of Energy (DOE) today announced that four additional heat pump manufacturers successfully produced heat pump prototypes as part of the Residential Cold Climate Heat Pump (CCHP) Technology Challenge, a DOE initiative to…
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AI weather and climate prediction face real-world tests

By Andrew Freedman 01/05/24
Artificial intelligence-based computer models are starting to augment standard, physics-based tools used to predict the weather and climate change. In the next few weeks, they face real-world tests with high stakes.
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Mars Aerial and Ground Global Intelligent Explorer (MAGGIE)

By Loura Hall 01/04/24
We propose to develop a novel global mobility Mars exploration platform , Mars Aerial and Ground Intelligent Explorer (MAGGIE). MAGGIE is a compact fixed wing aircraft with ultra-high productivity efficiency powered by solar energy to…
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We are building technologies to permanently remove carbon from the atmosphere.

The Carbon Removal Alliance unites the innovators working to build the next trillion-dollar industry. Together, we work to advance policies that support a diverse set of permanent carbon removal technologies.

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We are building technologies to permanently remove carbon from the atmosphere.

The Carbon Removal Alliance unites the innovators working to build the next trillion-dollar industry. Together, we work to advance policies that support a diverse set of permanent carbon removal technologies. Our goal is to catalyze…

WIPO Launches New Flagship Report “Green Technology Book”; First Edition Focuses on Climate-Change Adaptation

WIPO today launched the first edition of its “Green Technology Book” focusing on climate-change adaptation – placing these measures on equal footing with mitigation measures.

Sixth Assessment Report

The Working Group I contribution was released on 9 August 2021. The Working Group II and III contributions were released on 28 February and 4 April 2022 respectively.

Armstrong Flight Research Center

NASA is researching ideas that could lead to the development of electric propulsion-powered aircraft, which would be quieter, more efficient and environmentally friendly than today's commuter aircraft.

Why Big Tech Is Pouring Money Into Carbon Removal

The market for removing carbon dioxide from the atmosphere is expanding rapidly, as major tech companies are funneling nearly a billion dollars to early-stage startups that are experimenting with various methods of carbon capture and…

This is what we need to invent to fight climate change

The world now has many of the tools needed to keep climate change in check, the United Nations’ climate research team reported last month. But humanity will still need to invent newer and better ones…

Carbon Capture and Sequestration (CCS)

Carbon capture and storage (or sequestration)—known as CCS—is a process that involves capturing man-made carbon dioxide (CO2) at its source and storing it permanently underground. CCS could reduce the amount of CO2—an important greenhouse gas—emitted…

Cooling Solutions Challenge

Protecting the public from heat-related illness and death during extreme heat events or in connection with other disasters is an important part of disaster preparedness and resilience and the Department of Homeland Security’s (DHS) mission.…

The Gallery of Clean Energy Inventions

The Gallery of Clean Energy Inventions exhibits profiles of 25 Larger Generators, 34 Smaller Generators, 26 Advanced Self-Powered Electric Vehicle Innovations, 29 Radioactivity Neutralization Methods, 30 Space Travel Innovations, 21 Technical Solutions to Water Shortages,…

Mapping the way to climate resilience

Key takeawaysAs the deleterious effects of climate change threaten to disrupt business globally, plans to counter them are making their way into corporate agendas. Case in point: telecom AT&T is using spatial data analysis and…

Renewables were the world’s cheapest source of energy in 2020, new report shows

Renewables are now significantly undercutting fossil fuels as the world’s cheapest source of energy, according to a new report.

Setting the Record Straight About Renewable Energy

As analysts and observers of the transition to a lower-carbon and workable energy economy, we don’t normally write about films. But we’re venturing into the realm of cultural commentary in light of the recent release…

What is Solar Geoengineering and Why is it Controversial?

The fact is the CO2 is in the atmosphere. Without a time machine, we can't make it go away. We want to, in the long run, do carbon removal. But during the time that concentrations…


Climate geoengineering refers to large-scale schemes for intervention in the earth’s oceans, soils and atmosphere with the aim of reducing the effects of climate change, usually temporarily.

Climate Trace

Climate Trace exist to make meaningful climate action faster and easier by mobilizing the global tech community—harnessing satellites, artificial intelligence, and collective expertise—to track human-caused emissions to specific sources in real time—independently and publicly.


Discover the resilience technologies helping countries and municipalities with preparedness, responsiveness and recovery for a more secure world.

Biomimicry Institute

Biomimicry offers an empathetic, interconnected understanding of how life works and ultimately where we fit in. It is a practice that learns from and mimics the strategies used by species alive today. The goal is…

Carbon Capture Coalition

The Carbon Capture Coalition is a nonpartisan collaboration of more than 80 businesses and organizations building federal policy support to enable economywide, commercial scale deployment of carbon capture technologies, which includes carbon capture, removal, transport,…

Carbon Capture, Utilization and Storage

The role of carbon capture, utilization, and storage continues to grow as we recognize that our climate targets will be harder and harder to reach. Recent IPCC studies have demonstrated the critical importance of carbon…

The world’s leading CCS think tank

The Global CCS Institute is an international think tank whose mission is to accelerate the deployment of carbon capture and storage (CCS), a vital technology to tackle climate change and deliver climate neutrality.

A Round-up of Carbon Capture Projects Around The World

2021 will be a year of climate commitments. On the fifth anniversary of the Paris Agreement, the pressure is mounting for nations to raise their ambitions and set firm commitments to reach net-zero by 2050.…

10 technologies that could combat climate change as food demand soars

A new study from the World Bank and UN finds we’ll need ways to boost yields faster than ever before to prevent agricultural emissions from soaring.

Climate –

Here you can find data related to climate change that can help inform and prepare America’s communities, businesses, and citizens. You can currently find data and resources related to coastal flooding, food resilience, water, ecosystem…

Climate Solutions: Technologies to Slow Climate Change

But experts say there is no silver bullet to protect the climate — and that keeping fossil fuels in the ground is the surest known way to prevent further warming.

5 tech innovations that could save us from climate change

So he, along with some of the world’s richest people, have launched a fund to invest in solutions driven by technology. It will bring together governments and research institutions and billionaire investors who will try to limit…

Carbon Capture Technology Explained

Today, mankind’s collective activity deposits about 50 billion tons of carbon dioxide into the atmosphere each year. All of this carbon dioxide traps heat from the sun and warms the entire planet, creating new conditions…


Disney rolls out major parking lot update in one of its parks: ‘We are pushing the boundaries’

By Rick Kazme   12/09/23  
Disneyland is in the middle of a massive suncatching project in the City of Light. Parking lot planners at the Paris location have started working on the last phase of a solar panel canopy that…
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Florida’s Coral Reef Supports Fishing, Tourism and Beaches. Can Science Save It?

By Eric Niiler   11/18/23  
On a barrier island off the coast of Florida, Ian Enochs runs a high-tech “coral gym” where he trains the colorful invertebrates to be survivors.
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Where could millions of EV batteries retire? Solar farms.

By Gabriela Aoun Angueira   11/16/23  
On a 20-acre parcel outside the tiny Southern California town of New Cuyama, a 1.5-megawatt solar farm uses the sun’s rays to slowly charge nearly 600 batteries in nearby cabinets. At night, when energy demand…
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Texas sees ‘bonanza’ in carbon storage market

By Elliott Woods, Capital and Main   11/11/23  
With the passage of the Bipartisan Infrastructure Law in 2021 and the Inflation Reduction Act last year, Congress and the administration of President Joe Biden made a colossal bet on nascent massive-scale technological solutions to…
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In a U.S. First, a Commercial Plant Starts Pulling Carbon From the Air

By Brad Plumer   11/09/23  
In an open-air warehouse in California’s Central Valley, 40-foot-tall racks hold hundreds of trays filled with a white powder that turns crusty as it absorbs carbon dioxide from the sky.
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Illinois farmers and environmentalists celebrate the defeat of $3 billion CO2 pipeline: ‘We have thrown so many stones at Goliath’

By Nara Schoenberg   11/08/23  
When Steve Hess learned about a plan to send a $3.4 billion carbon dioxide pipeline through five states —and Hess’ own corn and soybean fields in western Illinois — the 68-year-old farmer knew two things:
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New Study Shows Carbon Capture Adds More CO2 In Ethanol Industry

By Violet George   11/07/23  
A new study published in Environmental Science and Technology suggests that the use of carbon capture at ethanol plants actually results in more net CO2 emissions.
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MIT startup has big plans to pull carbon from the air

By Zach Winn   11/01/23  
In order to avoid the worst effects of climate change, the United Nations has said we’ll need to not only reduce emissions but also remove carbon dioxide from the atmosphere. One method for achieving carbon…
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The World’s Biggest Carbon Removal Plant Just Turned 2. So, Uh, Is It Working?

By Emily Pontecorvo   10/31/23  
In the spring of 2021, the world’s leading authority on energy published a “roadmap” for preventing the most catastrophic climate change scenarios. One of its conclusions was particularly daunting. Getting energy-related emissions down to net…
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San Diego temporarily solved its water crisis by turning ocean water into fresh water. But desalination won’t work everywhere.

By Maiya Focht   10/28/23  
Experts have said the huge costs and ecological risks mean these plants might not work nationwide.
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These giant, manta ray-shaped robots are designed to solve a major ocean problem: ‘Roomba meets Pac-Man’

By Wes Stenzel   10/28/23  
Climate tech startup Seaweed Generation has developed robots that look like manta rays that can sink seaweed to the bottom of the ocean to help absorb carbon.
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Groundbreaking study makes huge discovery about recycled lithium-ion batteries: ‘[This is] increasingly needed’

By Brett Aresco   10/26/23  
As if you needed yet another reason to recycle your electronics with lithium-ion batteries, a study in the science journal Joule shows that recycled lithium-ion batteries may outperform their new counterparts.
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Carbon removal looks more promising by the day. Is methane next?

By Chelsea Harvey   10/19/23  
Removing carbon dioxide from the atmosphere is essential to meeting international climate goals, scientists say. Without it, it’s all but impossible to reach net-zero greenhouse gas emissions in time to limit global warming to 1.5…
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Another weapon to fight climate change? Put carbon back where we found it

By Sam Howe Verhovek   10/18/23  
Over the past few centuries, we have dug, chopped, burned, drilled, pumped, stripped, forged, flared, lit, launched, driven, and flown our way to adding 2.4 trillion metric tons of carbon dioxide to Earth’s atmosphere.
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Toyota CEO: “Our Ammonia Engine Is the End of EV’s”

By The Pareto Investor   10/15/23  
In a world that seems inexorably drawn towards an all-electric future, Toyota has consistently taken a different road. The Japanese automaker remains skeptical about an exclusive reliance on electric vehicles (EVs). While it’s true that…
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Bill Gates-backed startup launches wildly hot thermal battery system: ‘Uninterruptible, reliable supply of process heat’

By Erin Feiger   10/07/23  
As the need to cool down our overheating planet becomes more pressing, companies are finding new ways to help. One company, backed by Bill Gates’ Breakthrough Energy, is doing its part to help cool the…
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New technology uses good old-fashioned wind to power giant cargo vessels

By Scott Neuman   10/05/23  
Well over a century after the Age of Sail gave way to coal- and oil-burning ships, climate change concerns are prompting a new look at an old technology that could once again harness wind to…
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Scientists just discovered a solution to one of the most dangerous problems with electric cars — here’s what they found

By Jeremiah Budin   10/01/23  
As electric vehicles continue to gain popularity and replace traditional gas-powered cars, the benefits — mainly the fact that they do not produce planet-warming tailpipe pollution — are clear. But some drawbacks have also begun…
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Researchers propose fantastical strategy to ‘eat’ the pollution we create: ‘The biggest barrier to implementation now is technical’

By Laurelle Stelle   09/30/23  
Researchers from the University of Washington have proposed a futuristic new way to remove heat-trapping methane gas from the atmosphere.
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$67 Billion of Rare Minerals Is Buried Under One of the World’s Biggest Carbon Sinks

By Vipal Monga   09/29/23  
The pace of the global transition to electric power depends on the future of a remote region in Canada known as the Ring of Fire.
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Capturing Industrial Carbon Is All About Managing Volatile Costs

By Nathaniel Bullard   09/28/23  
The processes for making steel, cement and hydrogen have a few things in common. They are emissions-intensive; their production is concentrated in large industrial sites; and they are “hard to abate” — that is, their…
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AI, Robots and Satellite Sensors Are Helping in the Fight Against Wildfires

By Coco Liu   09/25/23  
This year has been a challenging one for Phil Schneider, who hasn’t seen wildfire behavior like this in his 47-year firefighting career.
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Revolutionary solar tower can create jet fuel out of thin air — and it may be the key to cleaning up the aviation sector

By Ben Raker   09/18/23  
It’s not rocket science, but instead “carbon-neutral” jet-fuel science. It’s simply a method for pulling carbon pollution and water from the air and using the sun’s energy to turn these into fuel for an airplane.
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Iron Dust Could Reverse the Course of Climate Change

By John T. Preston, Dennis Bushnell and Anthony Michaels   09/14/23  
For a while it seemed switching to clean energy might be enough to stave off climate catastrophe. But even though the United States has cut coal-fired electricity use from 50 percent to 19.5 percent in…
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New Consortium to Make Batteries for Electric Vehicles More Sustainable

By Theresa Duque   09/11/23  
A consortium of the nation’s best battery scientists, led by Lawrence Berkeley National Laboratory (Berkeley Lab), will accelerate the commercialization of a new family of battery cathode materials called DRX or “disordered rock salt.”
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Using A.I. to Track Air Pollution From Open-Top Coal Trains

By Emma Foehringer Merchant   09/05/23  
In a sloping backyard in Vallejo, California, Nicholas Spada adjusted a piece of equipment that looked like a cross between a tripod, a briefcase and a weather vane. The sleek machine, now positioned near a…
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Oil company plans to have machines suck carbon from the sky — as it still makes oil

By Camila Domonoske   09/05/23  
The American oil company Occidental Petroleum is building machines to suck carbon dioxide from the atmosphere and inject it underground. Is the technology meant to save the planet or the oil industry?
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Ocean CleanUp Launches Huge System in Pacific Garbage Patch to Clean a Football Field Every 5 Seconds

By Good News Network   09/03/23  
Last week, The Ocean Cleanup organization that has been tackling the Great Pacific Garbage Patch deployed their System 03 for the first time—nearly three times larger than the previous technology and capable of cleaning the…
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Startups Are Inventing Cooling Clothes for a Hotter Future

By Coco Liu   09/01/23  
Every morning, thousands of construction workers in Qatar start their day by soaking their uniforms in water. The two-minute ritual kickstarts an important process: When the workers are toiling outside — often at summer temperatures…
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Natural gas from poop instead of fossils? This BYU bacteria could make it happen

By David Condos   08/29/23  
New scientific techniques pioneered at Brigham Young University point to the potential of converting animal and human waste into energy that can be used to replace natural gas from fossil fuels.
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Billions are being invested in carbon removal strategies to fight global heating. Will they work?

By Elizabeth Hlavinka   08/26/23  
In August, the Biden Administration granted $1.2 billion in federal funding to kickstart a project intended to vacuum carbon dioxide up from the atmosphere to offset global warming.
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Geoengineering sounds like a quick climate fix, but without more research and guardrails, it’s a costly gamble − with potentially harmful results

By David Kitchen   08/21/23  
When soaring temperatures, extreme weather and catastrophic wildfires hit the headlines, people start asking for quick fixes to climate change. The U.S. government just announced the first awards from a US$3.5 billion fund for projects…
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Stop Giving Big Oil a Carbon Fig Leaf

By Dr. Jonathan Foley   08/17/23  
Record heat waves. Widespread fires. Devastating storms. The tragic toll of climate change is becoming more evident every day. To avoid even more severe impacts in the future, we must quickly and dramatically cut greenhouse…
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Why lasers could help make the electric grid greener

By Julia Simon   08/13/23  
Jon Marmillo is looking up at a box sitting about 20 feet up the tower, full of laser sensors. He says he spends too much time staring up at transmission lines – including when he's…
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Biden-Harris Administration Announces Up To $1.2 Billion For Nation’s First Direct Air Capture Demonstrations in Texas and Louisiana

As part of President Biden’s Investing in America agenda, the U.S. Department of Energy (DOE) today announced up to $1.2 billion to advance the development of two
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Biden Bets Billions on Tech That Sucks Carbon Out of the Air

By Ari Natter and Brian Kahn   08/10/23  
The Biden administration is throwing its weight behind technology that sucks planet-warming carbon dioxide out of the air, selecting the first winners of a $3.5 billion fund dedicated to developing the machines scientists say will…
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The U.S. Government Will Pay to Remove Carbon from Atmosphere

By Robinson Meyer   08/04/23  
The federal government is preparing to pay companies to remove carbon dioxide directly from the atmosphere, launching a first-of-its-kind program that could transform the market for the nascent climate technology, according to people familiar with…
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Bill Gates Is Backing A Secretive Startup Drilling For Geologic Hydrogen

By Alan Ohnsman   07/19/23  
It’s been 37 years since a subterranean coal fire forced Tom Darrah’s family to flee their home in Centralia, Pennsylvania. Decades later, the fire that started in the Kennedy era still burns underground through fractured…
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Department of Commerce, NOAA launch fund for ocean tech accelerators

By Leah Garden   07/17/23  
Last week, it was announced that the Department of Commerce and the National Oceanic Atmospheric Administration (NOAA) launched the Ocean-Based Climate Resilience Accelerator program with $60 million focused on accelerating the blue economy.
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International negotiators just missed a deadline to regulate deep-sea mining. Now what?

By Maddie Stone   07/13/23  
This month, a small group of diplomats is meeting to hash out a plan that could affect the future of nearly half of Earth’s surface — including regions containing metals that are vital for the…
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Cement warms the planet. This green version just got a key nod of approval

By Dino Grandoni   07/13/23  
Companies are finding more environmentally friendly ways to make cement, which accounts for about a twelfth of global carbon dioxide emissions, making it worse for the climate than flying.
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The Real Problem With Deep-Sea Mining Is It Won’t Make Money

By David Fickling   07/13/23  
As if the world wasn’t in enough trouble from the warmest week ever measured and record-low sea ice around Antarctica, big business is already gearing up to ransack yet another unspoiled corner of the globe:…
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Pilot project uses volcanic ash to make cement

By YCC Team   07/12/23  
Heavy volcanic ash blanketed much of the island, covering streets, yards, and farm fields. And it caused structural damage to thousands of homes.
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To Help Cool a Hot Planet, the Whitest of White Coats

By Cara Buckley   07/12/23  
Xiulin Ruan, a professor of mechanical engineering at Purdue University, didn’t set out to make it into the Guinness World Records when he began trying to make a new type of paint. He had a…
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Climate change to drive increasing overlap between Pacific tuna fisheries and emerging deep-sea mining industry

By Diva J. amon   07/11/23  
In ocean areas beyond national jurisdiction, various legal regimes and governance structures result in diffused responsibility and create challenges for management. Here we show those challenges are set to expand with climate change driving increasing…
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Seafood industry calls for a moratorium on deep-sea mining

By Robin Hicks   07/11/23  
As negotations get underway to establish the rules for mining minerals from the ocean floor, a coalition of seafood industry organisations has called for a moratorium on seabed extraction.
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SpaceX-backed Bay Area startup gets green light to test its flying cars

By Ricardo Cano   07/05/23  
A Bay Area startup has won permission from federal regulators to test what it says is a fully electric car that can fly and travel on roads. Alef Aeronautics, based in San Mateo, received a…
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‘It was an accident’: the scientists who have turned humid air into renewable power

By Ned Carter Miles   07/02/23  
In the early 20th century, Serbian inventor Nikola Tesla dreamed of pulling limitless free electricity from the air around us. Ever ambitious, Tesla was thinking on a vast scale, effectively looking at the Earth and…
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Crucial Mojave Desert Water System to Rely on Microgrid Power

By Cathy Hitchens   06/14/23  
The Cadiz Water Conservation, Supply and Storage Project covers thousands of acres in the Mojave Desert. It’s designed to store water underground during wet periods, making the region’s water supply more resilient during extreme droughts.
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This New Scientific Breakthrough Could Help Evs Drive 10 Times Longer Before They Need A Recharge — Here’s How

By Laurelle Stelle   06/11/23  
Big news in the world of batteries: Researchers have discovered how to increase battery storage tenfold — perfect timing for the increasingly booming electric vehicle (EV) industry.
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