Deepsense

The construction industry is under increasing pressure to switch from traditional materials such as concrete and steel to more sustainable alternatives. Mycelium - the root structure of fungi - could be a green solution. With features such as biodegradability, low energy production and effective insulation, mycelium-based composites are becoming more and more important in eco-friendly construction. Companies like RongoDesign, Ecovative - the mycelium technology company, Mykor, and MOGU are pioneering the use of mycelium in everything from insulation panels and packaging to acoustic interior design products. Despite its versatility, mycelium faces challenges like scalability, durability in harsh conditions, and regulatory hurdles. However, as new genetic engineering and material science innovations emerge, the prospects for widespread adoption in mainstream construction could grow. Read our full insights to explore the evolving landscape of mycelium in construction: https://t.ly/N_FJ9 #mycelium #sustainableconstruction #greentech #deepsense #techduediligence #expertnetwork #VC #PE #greenbuilding

Startup founders - are you ready for investor science-tech due diligence? We're releasing a report that will help you navigate this process, covering what investors typically ask for and expect at different stages, plus steps to help you prepare. Want to stay ahead and be investor-ready? Be the first to receive it: https://lnkd.in/dQPuVxpG #deepsense #deeptech #sciencetech #startup #startupfunding #fundraising #funding

Potassium-ion batteries gain momentum in energy storage. Driven by the need for sustainable and cost-effective energy storage solutions, potassium-ion batteries are emerging as a potential alternative to lithium-ion batteries. A Texas-based startup, Group1, has introduced the first 18650 potassium-ion battery, which seeks to address the growing demand and limited supply of lithium-ion batteries. The battery utilizes a KBW cathode and a commercial-grade graphite anode, and it is manufactured using sustainable processes without relying on critical minerals like lithium, cobalt, nickel, and copper. This development is in response to the increasing demand for lithium-ion batteries and concerns about lithium resource scarcity. The evolution of potassium-ion batteries has progressed from a coin-cell format to a pouch-cell, and now to the 18650 format. The latest version operates at 3.7 volts and is intended for potential use in electric vehicles and portable gadgets, offering possible benefits in performance, safety, and cost. Although its energy density currently lags behind the latest lithium-ion technologies, it shows promise with gravimetric energy densities of 160-180 Wh/kg. → Press release: https://lnkd.in/ewecravx Working on or looking to invest in a related project? Deepsense is a global network of science-tech and industry advisors providing tailored support for investors, corporations, and consultants facing science-tech challenges. Get in touch for support. #potassiumionbatteries #batteryinnovation #sustainableenergy #techduediligence #cleanenergy #deepsense

We've recently published an issue on green ammonia as a key solution for decarbonizing and revolutionizing the ammonia industry. Green ammonia is produced by combining hydrogen, obtained through renewable energy-driven electrolysis, with nitrogen from the air. This method is not only cleaner but also adaptable to the variable nature of renewable energy sources. Several innovative approaches are currently being explored: → Electrochemical Methods - Utilize water electrolysis powered by renewable energy. → Photocatalytic Methods - Use light to drive ammonia production. → Biocatalytic Methods - Employ bacteria that naturally produce ammonia using the enzyme nitrogenase. → Chemical Looping Processes - Recycle core reaction chemicals to produce ammonia. → Atmospheric Plasma in Liquid (PiL) - Utilize plasma to generate catalyst suspensions rapidly. Emerging applications include enabling long-distance transport of green hydrogen, a zero-emission alternative to traditional marine fuels, and use in gas turbines, ship engines, and fuel cells to produce electricity. Challenges include decreasing production costs and reducing the nitrogen oxides it produces. Significant investments in hydrogen and CCS infrastructure will be required, along with overcoming grid and labor challenges. Read the full issue to dive deeper (link in the comments). Working on or looking to invest in a related project? Reach out to get support on technical assessments from leading green ammonia experts at info@deepsense.network. [Figure: Projected emissions from existing ammonia plants under different lifetime assumptions, 2020-2070; IEA (2024). A: Stated policies scenario; B: Sustainable development scenario; C: Net-zero emissions by 2050 scenario] #deepsense #ammonia #climatetech #hydrogen #cleantech

EPA announces $4.3B climate funding. The US Environmental Protection Agency (EPA) has announced $4.3 billion in funding for 25 innovative climate action projects proposed by states, tribes, local governments, and territories in the US. Here's how the funds will be allocated: - $1.18B for EV infrastructure and cutting 3 billion vehicle-miles - $372M for 19,000 MW of solar/wind and brownfield redevelopment - $1.06B for energy upgrades in homes, commercial spaces, and public buildings - $636M to reduce industrial GHGs and methane emissions - $931M for reforestation and climate-smart agriculture - $121M to capture methane and divert organic waste This initiative aims to significantly reduce greenhouse gas emissions, potentially cutting up to 971 million metric tons by 2050, equivalent to the emissions from five million homes over 25 years. Looking at a project in these areas? Deepsense is a global network of science-tech and industry advisors that provides investors, corporations, and consultants with tailored support for their toughest technical challenges. Read the EPA announcement: https://lnkd.in/ex4gvrBw #deepsense #climate #greenfuture #funding #techduediligence

The International Seabed Authority (ISA) has issued 31 licenses for sub-seabed mineral exploration to 22 different countries and companies, allowing them to explore for minerals such as manganese, cobalt and nickel, as well as conduct environmental and technical studies. The ISA is under increasing pressure to enact specific mining regulations as the deadline to do so draws close. Link to the full report in the comments. There is some debate on the impacts of deep sea mining and whether or not it should occur. Advocates claim that our transition to clean energy depends on the discovery of additional metal resources, such as those found in the sea. However, those opposing it argue that deep sea mining could lead to irreversible environmental damage. Working on or looking to invest in a deep sea mining project? Deepsense is a global network of science-tech and industry advisors that provides investors, corporations, and consultants with tailored support for their toughest technical challenges. Schedule a call with us: https://t.ly/_DSE0 #deepsense #deepseamining #ISA #cleanenergy #funding #techduediligence

Our experts looked into these top areas in July: → In Climate Tech, gas fermentation has sparked investors' interest. This biotechnological process converts gaseous substrates (such as carbon monoxide (CO), carbon dioxide (CO2), or methane (CH4)) into valuable chemicals, fuels, and other products using microorganisms. This process leverages the natural metabolic pathways of certain microbes, particularly acetogenic bacteria.The current market landscape for gas fermentation is characterized by a mix of established players like LanzaTech and emerging startups such as Deep Branch, Again , and PhaseBio Pharmaceuticals, Inc., all working to commercialize technologies that convert waste gases into valuable products ranging from sustainable fuels and chemicals to alternative proteins. → In Healthcare, we’ve looked into genomic medicine using an individual's genetic information to guide clinical care, including diagnosis, treatment, and prevention strategies. Genomic medicine leverages advanced DNA sequencing technologies and bioinformatics to analyze genetic variations, impacting fields such as oncology, pharmacology, rare diseases, and infectious diseases. For instance, patients with metastatic colorectal cancer can undergo genomic testing to identify mutations in the KRAS gene. If a mutation is present, oncologists may prescribe targeted therapies, which are specifically designed to work against cancers with this genetic alteration. This approach allows for more personalized treatment plans, improving the chances of treatment success based on the individual’s unique genetic profile. → In Computing, edge computing has captured attention. Edge computing is a distributed computing framework that brings enterprise applications closer to data sources such as IoT devices or local edge servers. In the past, the promise of cloud and AI was to automate and speed up innovation by driving actionable insight from data. However, the unprecedented scale and complexity of data generated by connected devices has outpaced network and infrastructure capabilities. Sending all device-generated data to a centralized data center or cloud leads to bandwidth and latency issues. Edge computing offers an alternative; data is processed and analyzed closer to where it is created, reducing latency and enabling faster, more comprehensive data analysis. This creates opportunities for deeper insights, quicker response times, and improved customer experiences, particularly in sectors like manufacturing and smart cities. Deepsense is a global network of vetted science-tech and industry experts that provides investors, corporations, and consultants with tailored support for their toughest technical challenges. Schedule an intro with us: https://t.ly/wrX8v #climatetech #gasfermentation #healthcare #genomicmedicine #edgecomputing #deeptech #expertnetwork #techduediligence #duediligence

Clothes recycling in 15 minutes. Globally, less than 0.5% of postconsumer textile waste is recycled, with the majority being incinerated or ending up in landfills. Developing pathways to handle blended fabrics that combine different materials is widely seen as a critical step in textile recycling. A recent study (Andini et al., 2024) presents a method for the chemical conversion of postconsumer mixed textile waste using microwave-assisted glycolysis over a ZnO catalyst, followed by solvent dissolution. This method electrifies the process heat and enables the rapid depolymerization of polyester and spandex into their monomers within 15 minutes. Solvent dissolution further separates cotton and nylon. Unlike existing recycling methods, this technique can be used without knowing exactly what materials are in a piece of clothing. The researchers estimate that a refined version of the process could recycle 88% of clothing worldwide. The study includes material characterization to assess the quality of the components and provides a techno-economic analysis of the process's economic feasibility. → Link to the study in the comments. Deepsense is a global network of science-tech and industry advisors that provides investors, corporations, and consultants with tailored support for their toughest technical challenges. Reach out to us: info@deepsense.network. #deepsense #textile #waste #recycling #materials #deeptech #techduediligence

We've recently published our insights piece on Ammonia; the backbone of modern agriculture and essential industrial processes. Ammonia, which is indispensable for fertilizers, is undergoing a green transformation. Previously produced using fossil fuels in the energy-intensive Haber-Bosch process, which contributes significantly to global CO2 emissions, ammonia is now being synthesized using renewable energy sources. Innovative green ammonia production methods are emerging, including electrochemical synthesis, photocatalysis, biocatalysis, and chemical looping. These technologies promise cleaner, more efficient production processes. Beyond fertilizers, green ammonia shows potential as a sustainable energy carrier, ideal for shipping and power generation. Despite the promise, challenges remain in cost, efficiency, and scalability. Current production costs are high, and energy conversion efficiency is low, raising viability concerns. Read the issue: https://t.ly/mOgnH → We have Ammonia experts from leading institutions. Reach out to us to get support with technical assessments of your next opportunity. #ammonia #climatetech #deepsense #techduediligence #expertnetwork #VC #PE #chemicals #greenammonia

Big moves for renewable ammonia. Yara Clean Ammonia, Scatec ASA, Egyptian Petrochemicals Holding Company: ECHEM, and MOPCO have signed an agreement for the offtake of renewable ammonia in Egypt which involves plans to develop and build a 480 MW renewable energy facility and a 240 MW electrolyzer to produce renewable hydrogen. This hydrogen will serve as feedstock for renewable ammonia production at MOPCO's existing plant in Damietta, targeting an annual production capacity of 150,000 tons. → Link to the press release in the comments. Deepsense is a global network of science-tech and industry advisors that provides investors, corporations, and consultants with tailored support for their toughest technical challenges. #deepsense #ammonia #climatetech #hydrogen #cleantech #expertnetwork