Lifeboat Foundation

The U.S. Department of the Interior has announced its approval of the Revolution Wind project. Located off the coast of Rhode Island, it will supply 704 megawatts (MW) of clean energy, more than 16 times the current offshore wind capacity of the United States.

Revolution Wind. A simulated view of the project from Nomans Land, Massachusetts. From BOEM planning document.

Currently, the United States has only a small fraction of the world’s offshore wind power. Its first commercial offshore wind farm, near Block Island in the Atlantic, only began operation in 2016, with a nameplate capacity of 30 megawatts (MW). Since then, it has added just 12 MW, for a total of 42 MW.

Called MARAFY, the project will house 130,000 residents in the northern region of Jeddah.

A new development project financed by the Public Investment Fund (PIF) of Saudi Arabia features a 6.8 mile (11 km) long and 328 feet (100 m) wide artificial canal, a press release from the real estate developer ROSHN said.

Continue reading “New Saudi giga project features a 7-mile artificial canal” »

In a paper recently published in Nature Photonics.

<em>Nature Photonics</em> is a prestigious, peer-reviewed scientific journal that is published by the Nature Publishing Group. Launched in January 2007, the journal focuses on the field of photonics, which includes research into the science and technology of light generation, manipulation, and detection. Its content ranges from fundamental research to applied science, covering topics such as lasers, optical devices, photonics materials, and photonics for energy. In addition to research papers, <em>Nature Photonics</em> also publishes reviews, news, and commentary on significant developments in the photonics field. It is a highly respected publication and is widely read by researchers, academics, and professionals in the photonics and related fields.

The system is like a solid version of pumped hydro, which uses surplus generating capacity to pump water uphill into a reservoir. When the water’s released it flows down through turbines, making them spin and generate energy.

Energy Vault’s solid gravity system uses huge, heavy blocks made of concrete and composite material and lifts them up in the air with a mechanical crane. The cranes are powered by excess energy from the grid, which might be created on very sunny or windy days when there’s not a lot of demand. The blocks are suspended at elevation until supply starts to fall short of demand, and when they’re lowered down their weight pulls cables that spin turbines and generate electricity.

Continue reading “Energy Vault’s First Grid-Scale Gravity Energy Storage System Is Near Complete” »

A major _New York Times_ investigation reveals how the United States’ aquifers are becoming severely depleted due to overuse in part from huge industrial farms and sprawling cities. The _Times_ reports that Kansas corn yields are plummeting due to a lack of water, there is not enough water to support the construction of new homes in parts of Phoenix, Arizona, and rivers across the country are drying up as aquifers are being drained far faster than they are refilling. “It can take millions of years to fill an aquifer, but they can be depleted in 50 years,” says Warigia Bowman, director of sustainable energy and natural resources law at the University of Tulsa College of Law. “All coastal regions in the United States are really being threatened by groundwater and aquifer problems.”

Transcript: democracynow.org.

Continue reading “U.S. Aquifers Are Running Dry, Posing Major Threat to Drinking Water Supply” »

Membrane material improves power generation from hydrogen gas — and catalyses the gas’s production from water.

Disavowal, though, is not only about waste. The disavowal of dark truths is arguably a theme of modernity itself. Modern practices around death are revealing in this regard: In many traditional societies, a corpse is kept in the family space until its burial; in most modern societies, the dead body is carted off immediately. Embalming is common to halt (and hide) the process of decay. It is precisely this approach that Lee’s mushroom burial suit is critiquing.

From a fungal vantage point, this system is indeed psychotic. Mycoremediation may not be the systemic intervention that was hoped for, but as an expression of one’s personal concern for our toxified landscape, it is far from insignificant. Rather, it is a tangible way for people without much institutional power to engage in the ongoing fight against environmental damage, to try to contain the disasters seeping around us. As a domestic intervention, mycoremediation is modest but culturally meaningful — a method of repair and reconnection.

The power of fungi comes from the proximity they have with dark truths: the abject, the mess we need to face, mortality, vitality, kinship. In other contexts, this proximity elicits wariness, but in our current crisis, it holds the possibility of a healing power — a pharmacological power. Fungi can take on the mess and the junk, break it down and transform and incorporate it rather than ignore it.

Research has brought clarity to the longstanding question of how starch granules form in the seeds of Triticeae crops—wheat, barley, and rye—unlocking diverse potential benefits for numerous industries and for human health.

Starch in wheat, maize, rice and potatoes is a vital energy-giving part of our diet and a key ingredient in many industrial applications from brewing and baking to the production of paper, glue, textiles, and construction materials.

Starch granules of different crops vary greatly in size and shape. Wheat starch (and those of other Triticeae) uniquely have two distinct types of granules: large A-type granules and smaller B-type granules.

In order to enhance the accessibility of hydrogen-powered vehicles and establish hydrogen as a viable energy source, it’s imperative to reduce the cost of hydrogen production, thereby achieving economic feasibility. To achieve this goal, maximizing the efficiency of electrolysis-hydrogen evolution, the process responsible for producing hydrogen from water, is crucial.

Recently, a team of researchers comprising Professor In Su Lee, Research Professor Soumen Dutta, and Byeong Su Gu from the Department of Chemistry at Pohang University of Science and Technology (POSTECH) achieved a significant improvement in production efficiency of hydrogen, a green energy source, through the development of a platinum nanocatalyst. They accomplished this feat by depositing two different metals in a stepwise manner.

The findings of their research were published in Angewandte Chemie.