Scientists extract hydrogen gas from oil and bitumen, giving potential pollution-free energy

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Scientists have developed a large-scale economical method to extract hydrogen (H2) from oil sands (natural bitumen) and oil fields. This can be used to power hydrogen-powered vehicles, which are already marketed in some countries, as well as to generate electricity; hydrogen is regarded as an efficient transport fuel, similar to petrol and diesel, but with no pollution problems. The process can extract hydrogen from existing oil sands reservoirs, with huge existing supplies found in Canada and Venezuela. Interestingly, this process can be applied to mainstream oil fields, causing them to produce hydrogen instead of oil.

Hydrogen powered vehicles, including cars, buses, and trains, have been in development for many years. These vehicles have been acknowledged to be efficient, but the high price of extracting the Hydrogen from oil reserves has meant that the technology has not been economically viable. Now a group of Canadian engineers have developed a cheap method of extracting H2 from oil sands. They are presenting this work at the Goldschmidt Geochemistry Conference in Barcelona.

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Fossil fuel drilling could be contributing to climate change by heating Earth from within

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Fossil fuel drilling could be contributing to climate change by heating Earth from within

Almost all scientists agree that burning fossil fuels is contributing to climate change. But agreement is less clear cut on how exactly it’s influencing rising global temperatures.

The world is now 1°C warmer than it was in pre-industrial times. Is this solely down to emissions of greenhouse gases such as CO2? Meteorologist Hubert Lamb, regarded as the father of modern climatology, argued that CO2 levels alone couldn’t account for all of the global warming that’s been observed.

His attention turned instead to the role of thermal emissions. Burning fossil fuels doesn’t just produce greenhouse gases, it also generates a lot of heat, which leaks out to the atmosphere. Nuclear tests and volcanic eruptions are some examples of other large heat sources.

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Building from thin air & the carbon revolution

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Imagine making fuel, plastics, and concrete out of “thin air.” That’s the promise of Direct Air Capture (DAC), a technology that fundamentally disrupts our contemporary oil economy.

 Mimicking what already occurs in nature, DAC essentially involves industrial photosynthesis, harnessing the power of the sun to draw carbon directly out of the atmosphere.

This captured carbon can then be turned into numerous consumer goods, spanning fuels, plastics, aggregates and concrete (as I write this blog, I’m even wearing shoes 3D-printed from carbon).

A vital component of every life form on Earth, carbon stands at the core of our manufacturing, energy, transportation, among the world’s highest-valued industries.

And in the coming 10 years, sourcing carbon out of the air will become more cost-effective than carbon sourced from the ground (oil).

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Solar energy prices hit tipping point as China reaches “grid parity”

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It’s a landmark moment for China and the world.

The world’s most populous country has reached a tipping point in the pursuit of renewable energy.

China, which aims to consume 20 percent of its energy from non-fossil fuels by 2030, has reached a point where home-generated solar is cheaper than electricity generated from the national grid. The research, conducted by researchers in both Sweden and China and published in the journal Nature Monday, mark an historic moment in the drive to ditch fossil fuels.

The switchover point comes soon after a report that showed a similar crossover in the United States. The report in March showed that in 74 percent of cases, building new solar and wind capacity in a given area was cheaper than maintaining an existing coal-powered plant. Where levelized costs for wind reach $15 per megawatt-hour and $28 per megawatt-hour for solar, marginal costs for existing plants can jump as high as $104 per megawatt-hour.

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Tesla’s Megapack battery is big enough to help grids handle peak demand

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A new industrial storage product coming as the company’s lost its lead in home solar

Tesla announced a new massive battery today called Megapack that could replace so-called “peaker” power plants, which provide energy when a local electrical grid gets overloaded. Tesla says that Pacific Gas and Electric (PG&E) will deploy several Megapacks at Moss Landing on Monterrey Bay in California, which is one of four locations where the California utility plans to install more cost-effective energy storage solutions.

Each Megapack can store up to 3 megawatt hours (MWh) of energy at a time, and it’s possible to string enough Megapacks together to create a battery with more than 1 GWh of energy storage, Tesla says. The company says this would be enough energy to power “every home in San Francisco for six hours.” Telsa will deliver the Megapacks fully assembled, and they include “battery modules, bi-directional inverters, a thermal management system, an AC main breaker and controls.” Tesla says the Megapack takes up 40 percent less space, requires a tenth of the parts to build, and can be assembled 10 times as fast as alternative energy storage solutions.

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Tesla launches its Megapack, a new massive 3 MWh energy storage product

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Tesla is launching today its ‘Megapack’, a massive new energy storage product that combines up to 3 MWh of storage capacity and a 1.5 MW inverter.

Electrek exclusively reported last year that Tesla has been working on a new energy storage system called ‘Megapack’.

We found out that Tesla was going to use the Megapack at a giant new energy storage project in California.

Today, almost a year later, the company is now officially launching the product.

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This solar-powered device produces energy and cleans water at the same time

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UNDER THE SUN Solar panels with water purification devices mounted on their backs (illustrated) could produce freshwater and electricity simultaneously.

 Still a prototype, the machine could one day help curb electricity and freshwater shortages

By mounting a water distillation system on the back of a solar cell, engineers have constructed a device that doubles as an energy generator and water purifier.

While the solar cell harvests sunlight for electricity, heat from the solar panel drives evaporation in the water distiller below. That vapor wafts through a porous polystyrene membrane that filters out salt and other contaminants, allowing clean water to condense on the other side. “It doesn’t affect the electricity production by the [solar cell]. And at the same time, it gives you bonus freshwater,” says study coauthor Peng Wang, an engineer at King Abdullah University of Science and Technology in Thuwal, Saudi Arabia.

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Solar power system that works at night a renewable energy game-changer

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An innovative thermal battery being developed by Curtin University researchers will be key to a solar power system capable of producing electricity overnight, rivaling fossil fuels as a viable source of power for commercial and heavy industries around the world, including mining operations.

Curtin is collaborating with international renewable energy companies United Sun Systems and ITP Thermal on the potentially game-changing project, which is being led by Professor Craig Buckley from Curtin’s School of Electrical Engineering, Computing and Mathematical Sciences.

Professor Craig Buckley said the thermal battery was part of the Concentrated Solar Power (CSP) system being developed by United Sun Systems, which requires a battery to store and release energy to enable non-stop solar power generation.

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Energy abundance : The future of nuclear

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Yes, I want nuclear energy *in my back yard*!

Extraordinary new innovations are giving us failsafe nuclear fission and the potential to achieve our age-old dream of fusion.

This year, Bill Gates commented: “Nuclear is ideal for dealing with climate change, because it is the only carbon-free, scalable energy source that’s available 24 hours a day. The problems with today’s reactors, such as the risk of accidents, can be solved through innovation.”

This blog is about convincing you to re-consider nuclear as a viable and critical idea. The upside of success is extraordinary, which is why, for the first time, we’re beginning to see venture capital make massive investments in the field.

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South Korean tech breakthrough could change biofuels forever

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Researchers in South Korea have made a major breakthrough in using bacteria to sustainably and efficiently produce biofuels. The team of scientists from the Korea Advanced Institute of Science and Technology (KAIST) report that they have developed a new kind of engineered microorganisms that are capable of producing greater volumes of the fatty acids that make up biodiesel than ever before.

A team of researchers from KAIST released a study detailing their discovery last month in the scientific journal Nature Chemical Biology. The paper, titled “Engineering of an oleaginous bacterium for the production of fatty acids and fuels” details the development of these record-breaking microorganisms which could prove to be a key breakthrough in the effort to develop sustainable, bio-based energy sources to replace dirtier, finite fossil fuels.

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Fake blood pumps life into this robotic fish

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Autonomous robots may soon be an ever-present force in our lives, but they are going nowhere fast — or rather, a short distance quickly — without better batteries. You’ve surely seen modern robots scamper through woods or vacuum your floors, but they can only do it for short periods before their energy runs out. Many carry a large battery, which increases a robot’s weight, and in a vicious cycle, requires more power to move.

But a new development in robotic technology that borrows from biology may lead to longer lasting batteries.

The fish “blood” that runs through it serves as both the robot’s power source and controls its movement.

Researchers have engineered a robotic lionfish with synthetic arteries, similar to those found in a human’s circulatory system. The fish “blood” that runs through it serves as both the robot’s power source and controls its movement. The findings, published Wednesday in Nature, may propel the new wave of soft robots, in which inventors seek to improve lifelike automated machines for human connection.

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Siemens Gamesa unveils world first electrothermal energy storage system

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Spanish renewable energy giant and offshore wind energy leader Siemens Gamesa Renewable Energy last week inaugurated operations of its electrothermal energy storage system which can store up to 130 megawatt-hours of electricity for a week in volcanic rock.

Siemens Gamesa, a company known more famously for its offshore wind turbines, is nevertheless a large-scale renewable energy technology manufacturer, with its hands in various renewable technology pots. One of these pots is energy storage, and last week the company announced the beginning of operations of its electric thermal energy storage system (ETES), claimed by the company as a world first. The opening ceremony for the pilot plant in Hamburg-Altenwerder was held last week to celebrate the beginning of operations.

The newly-opened electric thermal energy storage system is billed by Siemens Gamesa as “The Future Energy Solution” and as costing “significantly” less than classic energy storage solutions. Specifically, according to the company, even at the gigawatt-hour (GWh) pilot scale, ETES “would be highly competitive compared to other available storage technologies.”

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