From:                                   Integrity Research Institute <enews-integrityresearchinstitute.org@shared1.ccsend.com>

Sent:                                    Monday, July 29, 2024 1:01 AM

To:                                       iri@starpower.net

Subject:                               Future Energy eNews

 

 

Future Energy eNews

 

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IN THIS ISSUE

 

 

 

Greetings!

 

This month we lost a giant in the medical field who I knew personally. One of the great MD, PhDs, Doctor Norman Shealy passed away on July 8, 2024. People often considered him to be the founder of Holistic Medicine. He was the Author of many books including Energy Medicine90 Days to Self Health and Blueprint for Holistic Healingamong others. He used his knowledge, coupled with compassion, to love, heal, and impact his patients and family in the most positive way, vowing to heal the body as a whole. Inventor of the Tens Machine, he held many patents for healing devices. His ‘normshealy.com’ now lands on https://realholisticdoc.com/ with his partner and recent son-in-law, Dr. Sergey Shealy-Sorin, who worked with Norm for years. To celebrate his prolific career, our institute has uploaded his professionally edited, amazing 80-minute COFE8 presentation on the “Biochemistry of Longevity” from 2016 on our IRI YouTube Channel so you can view it for free: https://youtu.be/7h80608AcWo. Norm presents the most complete medical health information you will ever need!

 

Our Story #1 gives us a lot of hope for the future of batteries and their ability to meet the expected increase in demand. In addition to the security boost to Li-Ion batteries offered by the Redwood Materials (Story #5) company which recycles old ones, now sodium-Ion batteries (Na-Ion) will be their major competitor. As soon as 2027, according to MIT, Na-Ion batteries will be underselling the Li-Ion batteries and satisfying LDES. Long-Duration Energy Storage (LDES) portfolio will validate new energy storage technologies and enhance the capabilities of customers and communities to integrate grid storage more effectively. DOE defines LDES as storage systems capable of delivering electricity for 10 or more hours in duration.

 

Story #2 helps address the future energy demand for fresh water without the addition of grid electricity. However, desalination has had serious issues with salt deposits from sea water input. To combat the salt crystallization challenge, researchers in China at Nanjing University  have developed a waffle-shaped solar evaporator (WSE). The WSE is made of a graphene-like porous monolith, fabricated via a zinc-assisted pyrolysis route using biomass and recyclable zinc as the precursor materials. WSE delivers liters of fresh water continuously for 60 days without cleaning.

 

Story #3 is another breakthrough which we always savor since you most likely have never thought it possible, while already reviewed by MIT. The company, www.energydome.com has created a saleable product with a closed thermodynamic transformation of CO2 into a liquid, storing it under pressure AT ROOM TEMPERATURE, and then releasing it back into the original gasholder to create work. It is called a “liquid battery” and offers long-duration energy storage at competitive prices. Customers can buy any size “CO2 battery” system to meet their needs https://energydome.com/co2-battery/.

 

Story #4 yields an alternative to present hydrogen generation that uses fossil fuels. Offshore wind farms along the Atlantic coastline, according to the US Department of Energy will reduce the cost of clean hydrogen generation, as reported by the National Renewable Energy Lab (NREL) in the Journal of Physics this month.

 

Story #5 reports a single crystal development that reduces or eliminates the nickel cathode degradation of normal EV batteries now in use. It is expected this will greatly extend the range of EVs which recently reached 648 miles with a Chinese company Nio demonstration of its ET7 at an average of 52 mph speed. Smart Electric Vehicle Company NIO opened its North America Headquarters in North San José CA. Nio USA hopes to start EV production in the US by 2025.

 

 Onward and Upward.

 

Tom Valone, Editor

 

 

1) Sodium Batteries to Disrupt Energy Storage Market

 

Power Technology, July, 2024

 

With costs fast declining, sodium-ion batteries look set to dominate the future of long-duration energy storage, finds AI-based analysis that predicts technological breakthroughs based on global patent data. Sodium-ion batteries are not only improving at a faster rate than other LDES technologies but they are also set to be cost comparable with the cheapest forms of dispatchable power, and therefore enter mainstream use, as early as 2027. 

 

 

RELATED STORY https://www.pv-magazine.com/2024/07/02/worlds-largest-sodium-ion-battery-goes-into-operation/

 

 

2) Waffle-shaped Solar Evaporator Delivers Durable Desalination

 

25-06-24-desalination-fig1 image

Physicsworld.com July 25, 2024

 

Off-grid design and basically free energy desalination of sea water to fresh water using a waffle design that prevents usual corrosion. Interfacial solar absorbers convert solar energy into heat to remove the salt from seawater and produce freshwater. By localizing the absorbed energy at the surface, interfacial solar absorbers reduce heat loss to bulk water. Importantly, solar absorbers can be used off-grid and in remote regions, where potable water access is the most unreliable.

 

 

3) A Giant Energy Dome Is Daringly Turning Carbon Dioxide Into Power

 

Popular Mechanics, July 2024

 

Energy Dome, an Italian startup, is turning to CO2, the leading culprit of the climate crisis, to try to solve this lasting conundrum by compressing the greenhouse gas into a liquid for storage and eventually using that gas to power turbines when the sun isn’t shining, and/or the wind isn’t blowing.

While this has some big advantages over similar techniques, particularly because CO2 can stay liquid at ambient temperature (under high pressure) and is more energy-dense than air, the technology could eventually become outclassed by the rapidly improving battery technology.

 

RELATED STORY https://phys.org/news/2024-07-minneapolis-edge-biochar-carbon-sequestering.html?utm_source=nwletter&utm_medium=email&utm_campaign=weekly-nwletter#google_vignette

 

 

4) Offshore wind energy farms are a top focus for clean hydrogen production

 

IEEE Spectrum May 2024

 

Researchers worldwide are looking into this renewable power for greener H2. It isn’t news that hydrogen production needs to be cleanly powered for the fuel to be considered green, so wind energy has become an important focus in ensuring that the clean electricity is available to power technology such as electrolyzers. Scientists are looking to offshore production to make this happen Researchers from the National Renewable Energy Laboratory (NREL) have been examining the opportunities along the full lengths of the US Atlantic Coast as well as in the Gulf of Mexico to install fields of offshore wind energy turbines.

 

 

5) Electric car battery technology breakthrough could see EVs travel one million kilometres

 

Redwood Materials Site. June 2024

Drivers can now expect to see an average battery range of 236 miles in their electric vehicles

An electric vehicle breakthrough could see EVs travel a staggering one million kilometres or 621,000 miles with new "high-temperature single crystals".A new study, from Pohang University of Science and Technology (POSTECH) in South Korea, suggested that new lithium secondary batteries could give electric vehicles the capability to travel up to one million kilometres.

 

 

 

 

 

 

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