More renewable energy and reduce costs

Less than 10% of rural populations in Sub-Saharan Africa have access to electricity

Less than 10% of rural populations in Sub-Saharan Africa have access to electricity

Much has changed over the last ten years or so since the renewable power boom began. At the start of the boom, renewable power costs were very expensive and high quality developers were hard to find. Nowadays good core development expertise is available and capital costs have dropped dramatically. Read More

Energy from Biomass Promising?

Irena report renewable energy to 2030

A new Irena report, examines the biomass potential in world regions and with different technologies for rapid and sustainable scale-up

Biomass Could Reach 60% of Total Global Renewable Energy Use by 2030.

Sustainable biomass can reduce global CO2 emissions, new IRENA report tell us.

For example: Algae-based biofuel absorbs carbon dioxide as it grows. This biomass energy source wastes CO2 and the wastewater can be used as nutrients. Algae give higher energy per-acre than other bio-fuels and can be grown on land unsuitable for other types of agriculture. Let’s have a look at the potentials of Biomass Power.

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Lockheed Martin’s R&D Fusion: clean power for the future?

Fusion power, sun, energy, nuclear, CO2, gas emissions

Nuclear Fusion is inspired by the sun. Is this the holy grail at the end of the energy process?

Lockheed Martin believes fusion energy is the future. In their opinion fusion energy is the ultimate form of renewable power. For scientists and engineers the sun is their inspiration because it is the biggest natural fusion reactor we know.

 

They think they will manage to have clean power for the world in 20 years. There is also skepticism about this Fusion project. Read More

Japan transforms to a ‘hydrogen society’

Japan, new energy, hydrogen, climate change

Japan leads the race for a hydrogen

After Fukushima, Japan (and Germany) changed it’s energy policy drastic. No nucleair energy any more for this country.

They now focus on hydrogen as a way to transform to a hydrogen society.  Read More

A new way to produce hydrogen from clean, renewable energy sources

hydrogen, new energy, low costs

By using excess solar or wind energy the cost of electrolys hydrogen can be reduced significantly when produced in high volume.

In a paper published in September in the journal Science, the University of Glasgow explained  explain how they’ve created a system that can produce hydrogen 30 times quicker than ever before. 

Finding good methods to store renewable energy for the off-hours has been a challenge. By producing hydrogen using excess energy, renewable power companies could store power and use it later.

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NEW: clean ‘battery’ Hydrogen Storage Solution

 hydrogen storage solutionEnergyH Project started an Indigogo campaign to raise funding for their Hydrogen storage solution.

They are convinced that Hydrogen is THE clean energy solution and their solution to store this renewable energy.

They need you to join by donating. EnergyH is a non-profit scientific project to leap the hydrogen storage gap for a bright energy future. Read More

More Efficient Production of Hydrogen is Possible says Stanford

Hydrogen energy

The scheme of hydrogen fuel cell. (Courtesy of the U.S. Department of Energy)

A more efficient production of hydrogen by electrolysis seems to be a step closer thanks to a discovery by researchers at Stanford University.

They developed electrodes from nickel and iron: low cost materials which are available in large quantities. Read More

Optimized BioMass Power Plants: The Revolution

With Citadel BioCat+ there is up to 17% less input  and the energy output almost doubles compared with conventional biomass power plants

With Citadel BioCat+ there is up to 17% less input and the energy output almost doubles compared with conventional biomass power plants

We are currently in a revolution. No revolution for power, but more of a – relatively speaking – sudden change of human tools, means and opportunities.

Scientists agree that we are currently in the tail of the latter. Especially visionaries and futurists dare to go further; we’re already in the next phase, or at least in the transition phase, where nanotechnology, network theory and biotechnology are major drivers. Read More

Recycled CO2 produces sustainable energy

Ring Receiver Reactor Recuperator produces synthetic fuels

Ring Receiver Reactor Recuperator produces synthetic fuels

Researchers at Sandia National Laboratories have developed a prototype machine that utilizes the sun’s energy to convert water and carbon dioxide into the molecular building blocks that can be utilized as transportation fuels. If researchers can make this device produce twice the energy generated by the natural process of photosynthesis, it will do great service to environment. It will pave the way to recycle CO2.
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