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BIG IDEA:

While lithium-ion batteries have made impressive strides, a tech startup
believes there's untapped potential in existing designs. Breathe Battery
Technologies is breathing new life into lithium-ion batteries with cutting-edge
software that promises faster charging times and enhanced longevity.

‍

WHY IT MATTERS:

Lithium-ion batteries have become the lifeblood of the rapidly growing electric
vehicle (EV) market, constituting 60% of the world's battery production, with no
signs of slowing down. Breathe's innovation can reshape the EV landscape by
making batteries more efficient and sustainable.

‍

KEY DETAILS:

 * Revolutionary Software: Breathe Battery Technologies, led by Ian Campbell,
   has devised software that can be integrated into any lithium-ion battery.
   This software brings about remarkable improvements in both charging speed and
   battery life.
 * Charge and Life: The startup offers two distinct products. "Charge" can
   significantly reduce charging times, as evidenced by a 27% reduction in the
   0% to 80% charging time for a standard battery type used in warehouse robots.
   Meanwhile, "Life" enhances battery longevity, exemplified by Oppo Reno8
   Series phones maintaining 80% capacity even after four years of use.
 * Automotive Sector Impact: The automotive sector, already a major consumer of
   lithium-ion batteries, stands to gain the most from Breathe's breakthroughs.
   With 60% of the world's lithium-ion batteries destined for electric vehicles,
   their software could play a pivotal role as the sector continues to expand.
 * Customer Benefits: Customers experience longer-lasting devices, whether
   laptops, phones, or electric cars. For original equipment manufacturers
   (OEMs), the benefits are multifaceted: more sustainable products, improved
   warranty terms, and reduced balance sheet risk.

‍

> Ian Campbell, Co-founder and CEO at Breathe, states, "Customers get a better,
> longer-lasting laptop or car. If you're the OEM that sells it to us, you have
> a more sustainable product, you have better warrantability, you have less
> balance sheet risk."

‍

WHAT'S NEXT:

The automotive sector is set to be the focal point of Breathe's endeavors. With
electric vehicles on the rise, lithium-ion batteries are in high demand.
Breathe's software promises to further transform the EV market by making these
vehicles more efficient, sustainable, and cost-effective. Conversations with car
manufacturers are already in advanced stages, with tremendous excitement in the
automotive industry.

Breathe's software operates on industry-standard microcontrollers, ensuring
broad compatibility in electric vehicles and electronic devices. This innovation
aligns with the global trend toward more sustainable transportation solutions
and cleaner energy practices.

‍

SECTOR HIGHLIGHT:

Emerging Technology in Battery Optimization

Breathe Battery Technologies' pioneering software is set to redefine the
lithium-ion battery industry, offering a brighter and more sustainable future
for electronic devices and electric vehicles alike. As the automotive sector
continues to expand, Breathe's innovations are poised to play a pivotal role in
shaping the industry's future.

‍


Supercharging Lithium-Ion Batteries with Breathe Battery Tech
Technology

October 16, 2023

BIG IDEA:

In a world where environmental sustainability and the food industry are
inextricably linked, Lyon, France-based startup Bon Vivant is making waves with
precision fermentation technology. Their innovative approach to crafting
animal-free dairy proteins has the potential to revolutionize the agri-food
market and meet the growing demand for animal proteins while minimizing
environmental impact.

‍

WHY IT MATTERS:

As the global demand for animal proteins is projected to increase by 50-100% by
2050, the dairy industry faces a unique set of challenges. Conventional milk
production is declining, and the existing agricultural model is a major
contributor to climate change. Bon Vivant's precision fermentation technology
represents a sustainable alternative to traditional dairy production. By
producing milk proteins through fermentation, they can offer an eco-friendly
solution that meets the world's rising appetite for animal-free dairy.

‍

KEY DETAILS:

 * Innovative Approach: Bon Vivant, a leading biotech company, leverages
   precision fermentation to create animal-free dairy proteins. They're one of
   the few biotechs in the world working on both whey and casein proteins,
   offering a wide range of functional and nutritional benefits to the food
   industry.
 * Investment Round: Bon Vivant recently secured an oversubscribed €15 million
   seed investment round led by Sofinnova Partners, Sparkfood, and Captech. This
   funding will empower the company to advance their R&D capabilities and
   maintain their innovative edge.
 * Sustainability Impact: A European life cycle assessment revealed that Bon
   Vivant's precision fermentation process reduces greenhouse gas emissions by
   97%, drinking water consumption by 99%, and energy usage by 50% compared to
   conventional milk production. This data demonstrates the significant
   environmental advantages of their approach.
 * Regulatory Progress: While there have been regulatory challenges in the past,
   public acceptance of genetic engineering in food production is growing, as
   people recognize the potential benefits of precision fermentation in reducing
   environmental impact.

‍

> Stéphane MacMillan, CEO and founder of Bon Vivant, notes, "We are very proud
> of this new stage in the development of Bon Vivant, which enables us to
> welcome leading investors from the biotechnology and agri-food industries to
> our capital. This round of financing confirms the growing demand for precision
> fermentation as a solution to the tremendous challenges the agri-food
> industry, particularly the dairy industry, is facing."

‍

WHAT'S NEXT:

Bon Vivant's precision fermentation technology is well-positioned to address the
challenges of the dairy industry. They plan to continue scaling production,
obtaining necessary regulatory approvals, and preparing for commercialization by
2025, particularly in the United States. Their unique model and technology could
help the industry reduce its carbon footprint and meet the growing demand for
dairy proteins.

‍

DIVE DEEPER:

Precision fermentation is not just about replicating existing molecules more
sustainably but also introducing entirely new ones with the same sensory
benefits. This technology holds the potential to disrupt markets, from natural
food colorings to artificial additives.

‍

SECTOR HIGHLIGHT:

Emerging Agri-Tech and FoodTech

The precision fermentation sector, particularly in animal-free dairy proteins,
is gaining momentum, with Bon Vivant at the forefront of innovation. Their
success story highlights the potential for a more sustainable agri-food era
where technology meets the world's growing protein demands while respecting our
planet.

‍


Precision Fermentation: A Game-Changer for Sustainable Animal-Free Dairy
Food Tech

October 16, 2023

BIG IDEA:

The U.S. Department of Energy (DOE) has committed $7 billion to establish seven
Regional Clean Hydrogen Hubs (H2Hubs) across the country, with the goal of
boosting the production and use of low-cost, clean hydrogen. This initiative is
set to kickstart a national network of clean hydrogen producers, consumers, and
infrastructure while supporting the entire hydrogen production cycle.

‍

WHY IT MATTERS:

Hydrogen has long been regarded as a clean energy solution, but the
chicken-or-egg problem has hindered its adoption. Companies have been hesitant
to invest in hydrogen production due to limited demand, and automakers have been
cautious about producing fuel cell vehicles without a robust hydrogen supply
infrastructure. The U.S. government's significant investment aims to resolve
this dilemma and drive the widespread adoption of clean hydrogen in various
sectors. Hydrogen is one of those low carbon solutions that requires a ton of
investment in energy if it’s going to work (nuclear, hydro, wind, and solar).

‍

KEY DETAILS:

 * Funded by Bipartisan Infrastructure Law: The $7 billion investment is part of
   the Bipartisan Infrastructure Law, and it is expected to generate an overall
   investment cycle worth $47 billion. These H2Hubs are anticipated to create a
   national network of clean hydrogen producers and consumers.
 * Seven Selected Hubs: The DOE has selected seven Regional Clean Hydrogen Hubs
   to receive funding for the development of clean hydrogen infrastructure and
   production. Each hub has specific plans to advance clean hydrogen in various
   regions.
 * Appalachian Hydrogen Hub: Located in West Virginia, Ohio, and Pennsylvania,
   this hub will leverage low-cost natural gas to produce clean hydrogen and
   permanently store associated carbon emissions. It will focus on developing
   infrastructure for hydrogen distribution.
 * California Hydrogen Hub: This hub, known as ARCHES, in California, will
   produce hydrogen exclusively from renewable energy and biomass. It aims to
   decarbonize public transportation, heavy-duty trucking, and port operations.
 * Gulf Coast Hydrogen Hub: Centered in Texas, this hub plans to produce
   hydrogen through both natural gas with carbon capture and renewables-powered
   electrolysis. It aims to drive down the cost of hydrogen production.
 * Heartland Hydrogen Hub: Operating in Minnesota, North Dakota, and South
   Dakota, this hub will focus on decarbonizing the agricultural sector,
   hydrogen production, electric generation, and cold climate space heating.
 * Mid-Atlantic Hydrogen Hub: Located in Pennsylvania, Delaware, and New Jersey,
   this hub seeks to unlock hydrogen-driven decarbonization and repurpose
   historic oil infrastructure. It will produce renewable hydrogen from various
   sources.
 * Midwest Hydrogen Hub: Spanning Illinois, Indiana, and Michigan, this hub will
   enable decarbonization in industries such as steel and glass production,
   power generation, refining, heavy-duty transportation, and sustainable
   aviation fuel.
 * Pacific Northwest Hydrogen Hub: Covering Washington, Oregon, and Montana,
   this hub will focus on producing clean hydrogen exclusively through
   electrolysis, driving down electrolyzer costs and making this technology more
   accessible.

‍

WHAT'S NEXT:

These H2Hubs are expected to collectively produce three million metric tons of
hydrogen annually, a significant step toward the U.S.'s 2030 production target
for clean hydrogen. They will not only boost the adoption of hydrogen in the
transportation sector but also target hard-to-decarbonize industrial sectors
responsible for 30% of the country's total carbon emissions. The impact could be
substantial, reducing 25 million metric tons of CO2 emissions from end-uses each
year.

The success of these H2Hubs will depend on their ability to provide low-cost,
clean hydrogen, making it a viable and sustainable energy solution. This
initiative has the potential to reshape the energy landscape in the United
States and play a significant role in achieving a more sustainable future.


U.S. to Invest $7 Billion in Seven Regional Clean Hydrogen Hubs to Boost Green
Energy
Sustainability

October 16, 2023
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PRECISION FERMENTATION: A GAME-CHANGER FOR SUSTAINABLE ANIMAL-FREE DAIRY



Food Tech
October 16, 2023


3 min


SUPERCHARGING LITHIUM-ION BATTERIES WITH BREATHE BATTERY TECH



Breathe's innovation can reshape the EV landscape by making batteries more
efficient and sustainable.

Technology

5 min


U.S. TO INVEST $7 BILLION IN SEVEN REGIONAL CLEAN HYDROGEN HUBS TO BOOST GREEN
ENERGY



Hydrogen has long been regarded as a clean energy solution, but the
chicken-or-egg problem has hindered its adoption.

Sustainability

4 min
Browse all articles

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U.S. to Invest $7 Billion in Seven Regional Clean Hydrogen Hubs to Boost Green
Energy
Sustainability
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