IRBISIO | Cleantech Infrastructure Fund

As global energy demands increase and #sustainability becomes a business imperative, biomethane is emerging as a critical solution to decarbonize the energy sector. In Europe, the biomethane industry has rapidly grown, with installed capacity reaching 6.4 billion cubic meters (bcm) annually in 2024, a 37% increase compared to the previous year. This surge highlights biomethane’s potential to deliver 29 million tons of #CO₂ emission reductions annually, while also producing over 830,000 tons of organic fertilizers per year to further support agricultural sustainability. While Europe leads with over 10,000 operational biomethane plants, producing 6% of its gas needs from bio-sources, the U.S. market is just beginning to capitalize on these opportunities. With advanced technologies from Europe now entering the U.S. market, there is significant room for growth. Leveraging this early mover advantage, the U.S. biomethane industry could contribute to both energy security and decarbonization goals by using organic waste to create renewable gas, reducing reliance on fossil fuels. 🗝️ Key Benefits of Biomethane ▪️ Sustainability and Circular Economy: Biomethane is produced by converting organic waste into renewable energy, reducing methane emissions from waste and agricultural sectors, which account for 60% of global methane emissions. ▫️ Energy Security and Resilience: Biomethane can seamlessly integrate into existing natural gas infrastructure, offering a domestic, renewable energy alternative that enhances energy independence while reducing reliance on imports. ▪️ Economic Growth: With Europe already investing €25 billion to install nearly 1,000 new biomethane plants by 2030, the potential for economic expansion in the U.S. is clear. Governments and industries have recognized the economic and environmental value of this renewable resource. As the U.S. ramps up its efforts, biomethane can play a pivotal role in hard-to-electrify sectors like transport and heavy industry, where decarbonization is crucial. The opportunity to adopt proven EU technologies presents a unique path for rapid growth and long-term profitability, driving both environmental benefits and business value. #Biomethane #CleanEnergy #Sustainability #RenewableEnergy #EnergyTransition #CircularEconomy #ClimateAction

The integration of renewable energy with cutting-edge infrastructure is advancing in new and interesting ways. One example is the Sceye HAPS, a solar-powered airship currently being tested in the U.S. While its primary function is to enhance internet connectivity in remote areas, its reliance on #cleanenergy presents broader implications for sustainable technology. At 65 meters in length, #Sceye HAPS reaches altitudes of up to 20 kilometers, powered entirely by #solarenergy. Its surface is covered with solar panels, allowing the airship to remain airborne for extended periods without the need for traditional fuels. This ability to operate on renewable energy alone highlights the potential for solar technology to support infrastructure innovations across multiple industries. Beyond connectivity, Sceye HAPS offers potential in environmental monitoring and disaster response. For example, the airship can track wildfires or monitor atmospheric changes, providing critical data while maintaining operations through renewable energy. During its most recent test in August 2024, the airship successfully reached 18.6 kilometers in altitude and remained airborne for over 24 hours, powered entirely by solar energy. As this technology moves closer to commercial deployment in 2025, it demonstrates how renewable energy can be leveraged in unconventional ways to support infrastructure development. While the focus here is on solar, this advancement prompts consideration of how similar clean energy innovations—such as biomethane production, energy storage, and grid management—can be scaled to address pressing infrastructure needs. The evolving renewable energy landscape continues to open opportunities for innovation across industries. As we look to the future, technologies like Sceye HAPS underscore the importance of sustainable solutions in supporting #infrastructure resilience and environmental stewardship. #RenewableEnergy #CleanTech #Sustainability #Infrastructure #Biomethane #EnergyInnovation #Irbisio

The idea of harnessing solar energy through space mirrors is undeniably fascinating. Reflect Orbital, a California startup, is pushing the envelope by planning to launch a constellation of mirrors into orbit, designed to extend solar power production beyond daylight hours. This ambitious project envisions 57 satellites in synchronized orbit, beaming sunlight to solar farms when it’s needed most—during the early morning and late evening. The concept could potentially add 30 minutes of additional energy production each day, addressing the age-old challenge of solar power’s intermittent nature. But as captivating as space mirrors are, it raises the question: have we fully explored and optimized the renewable energy solutions we already have here on Earth? Technologies like biomethane production, which converts organic waste into a clean energy source, offer immense potential that remains largely untapped. Biomethane not only reduces greenhouse gas emissions but also provides a reliable, renewable energy source that can be scaled up significantly 👉 IRBISIO | Cleantech Infrastructure Fund #ReflectOrbital’s innovation is part of a broader vision of the future—one where energy is harvested from space and transmitted across vast distances, even potentially to other planets. This concept, highlighted during a recent visit to the Museum of the Future in #Dubai, aligns with the idea that humanity will one day aggregate energy on satellites and distribute it far beyond Earth. It’s a bold vision that speaks to the limitless possibilities of space technology. However, while space mirrors represent a cutting-edge approach, there’s still so much more we can do with the resources at our disposal. Advancements in biomethane, along with improvements in energy storage and grid management, could substantially enhance the efficiency and reliability of renewable energy—without the complexities and costs associated with space-based solutions. Reflect Orbital’s innovation could undoubtedly play a role in our energy future, but it’s crucial to ensure we’re not overlooking the powerful technologies we already possess. The path to a sustainable energy future may not require looking to the stars, but rather maximizing the potential of what’s beneath our feet. #RenewableEnergy #CleanTech #SolarEnergy #Biomethane #SpaceTech #SustainableFuture #Innovation #EnergyStorage #GridManagement #FutureEnergy #Irbisio

As adoption of AI technology becomes more common, it's vital that business leaders consider what benefits AI can bring to their organizations. Read more at https://hubs.li/Q02Jgdg40 from Daniel Baiz of OneAxiom, Francis Hellyer of tickadoo Inc, Tom Cattarius of Arktisquelle®, Alexander Storozhuk of PRNEWS.IO, Greg Caesar📈 of Medfluence Advisors, Kranti Ponnam of Kipi.bi, Aleesha Webb of Pioneer Bank, Johan Hajji of UpperKey, Sabeer Nelli of Tyler Petroleum Inc, Ranjeet Mudholkar of Next League Executive Board LLC, Dr Victor Tay of Global Catalyst Advisory, Zain Jaffer of Zain Ventures, Henry Chen of Sapien, Sergey Buchin of Irbisio Cleantech Infrastructure Fund, Thiago Carvalho of Implant Prospects, Michael Shribman of APS Global Partners Inc., Jim Stevenson of Bletchley Group, Jekaterina Beljankova of WALLACE s.r.o, and Emily (Reynolds) Bergh of R Public Relations Firm

We are excited to share Sergey Buchin's recent Forbes Councils article highlighting the incredible potential of the #RNG market in the United States! RNG is a reliable energy source and a powerful tool for reducing carbon emissions across various sectors, from municipalities to transportation. With over 15,000 potential biogas production sites identified, including farms and landfills, the possibilities are vast. In the article, Mr. Buchin delves into how this growing industry offers significant opportunities for farmers, investors, and forward-thinking enterprises. From successful projects like Smithfield Foods’ methane capture initiatives to California’s Calgren Dairy Fuels project, it’s clear that RNG is making a meaningful impact on reducing greenhouse gases. However, the journey isn’t without its challenges. The article discusses the need for investment in infrastructure, technological advancements, and supportive policies to unlock RNG’s full potential. As someone deeply invested in the cleantech sector, we believe collaboration between investors, policymakers, and industry leaders is crucial for creating a sustainable energy future. Dive into the full article here: https://lnkd.in/e_Pg5HeB 💬 #RenewableEnergy #RNG #CleanTech #SustainableFuture #Irbisio

With the #Arabworld facing a surge in energy demands and a pressing need for sustainable solutions, several factors are worth considering. Opportunities: ▫️#Solarenergy is increasingly popular as production costs decrease and emphasis on diversifying energy sources grows. Technological advances like heat storage in molten salt allow electricity generation at night. IRENA reports solar costs have fallen by 82% in the last decade.  ▫️The Noor Ouarzazate Solar Complex in Morocco powers over a million homes and significantly reduces carbon emissions. ▪️Countries like Jordan, Tunisia, Algeria, Egypt, and Morocco have high #WindEnergy potential. The GWEC projects MENA region's wind capacity could reach 10 GW by 2025. ▪️Tunisia, Egypt, Morocco, and Jordan have wind power stations connected to their grids, enhancing energy security and economic growth. ▫️#Bioenergy from plants, crops, and waste is viable and environmentally friendly. Biofuels from organic waste prevent food shortages. A Renewable and Sustainable Energy Reviews study suggests bioenergy could meet 30% of global energy demand by 2050. ▫️African countries like Uganda, Cameroon, and Kenya use biomass from sugar cane residue to generate electricity. #Challenges ◾️Resource Availability: Solar and wind energy can be inconsistent, affecting reliability. ◾️Considerable Upfront Expenses: Significant initial investments are required for renewable projects. The IEA states that global renewable investment needs to triple by 2030 to meet climate goals. ◾️Policy Support: Effective policies and regulatory frameworks are essential for renewable growth. #InnovativeSolutions ▫️The Masdar Initiative (UAE): Focuses on advanced energy sources and sustainable technologies, aiming to create one of the most sustainable urban communities. ▫️Waste-to-Energy Projects: Jordan, Egypt, Lebanon, and the UAE demonstrate the potential of converting waste into energy, addressing waste management and energy needs. Investing in renewable energy not only addresses environmental concerns but also fosters economic growth and enhances energy security. By overcoming obstacles and seizing opportunities, the Arab world can lead the shift towards a sustainable energy future. McKinsey & Company reports countries investing in renewables could see #GDP growth increase by up to 1.5% annually by 2030. Discover more about the potential and strategies for renewable energy in the Arab world in our latest discussion 👇🏼 #RenewableEnergy #ArabWorld #Irbisio #Innovation #CleanTech #EconomicGrowth

The "oil curse" has been a persistent issue in many oil-rich Arab countries, leading to economic and political challenges. Despite significant oil revenues, these nations often struggle with economic diversification and democratic governance. Here are some key insights and strategies to overcome these challenges and promote sustainable energy development. Since the 1980s, the phenomenon known as the "oil curse" has highlighted the adverse effects of heavy reliance on oil revenues: ▪️ Economic Dependence: Countries become overly dependent on oil revenues, neglecting other economic sectors. According to the World Bank, over 90% of government revenue in some Gulf countries comes from oil. ▪️Economic Deterioration: Non-oil sectors often experience negative growth, leading to a decline in overall economic health. Research from the International Monetary Fund (IMF) indicates that oil-dependent economies grow more slowly than diversified ones. ▪️Political Instability: High oil revenues can entrench authoritarian regimes, increase corruption, and create a disconnect between the government and the populace. Transparency International consistently ranks many oil-rich Arab countries lower on the Corruption Perceptions Index. The Dutch disease, observed in the Netherlands during the 1960s after the discovery of gas, serves as a cautionary tale. It illustrates how sudden wealth from natural resources can harm other economic sectors by increasing production costs and currency valuation, making exports less competitive. A study by the Peterson Institute for International Economics emphasizes the need for sound macroeconomic policies to mitigate these effects. Energy consumption in the Arab world has been rising rapidly due to population growth, improved living standards, and changing consumption patterns. This presents an opportunity to transition to renewable energy sources: ▫️ Implement small and medium-scale renewable energy projects to reduce reliance on fossil fuels. Morocco’s Noor Ouarzazate Solar Complex, one of the largest in the world, is a prime example of such initiatives. ▫️ Governments should develop policies to support renewable energy adoption, such as subsidies for clean energy technologies and incentives for private investment. The International Renewable Energy Agency (IRENA) emphasizes the importance of supportive policies in its reports. The challenges posed by the oil curse require a comprehensive and multifaceted approach. By diversifying their economies, implementing political reforms, and investing in renewable energy, Arab countries can create a sustainable and prosperous future. Embracing these strategies will not only address current economic and political issues but also position these nations as leaders in the global transition to sustainable energy. #RenewableEnergy #ArabWorld #CleanTech #SustainableFuture #Innovation #EconomicGrowth

Biogas production transforms farm waste into renewable energy, offering environmental and economic benefits. Using manure from livestock farming, biogas reduces greenhouse gas emissions, mitigates air, soil, and water pollution, and diversifies farmers' income streams. Local biogas markets across Europe need adaptable strategies for scaling up. According to the European Biogas Association’s 2023 database, agriculture contributes 67% of biogas and 64% of biomethane production in Europe. By 2040, 82% of biogas potential will come from agriculture. Despite its potential, the biogas sector faces challenges. Financial incentives, technical know-how, and regulatory clarity vary across Europe, affecting adoption rates. A survey of 3,000 EU citizens revealed a limited understanding of biogas production from manure, with misconceptions about health impacts and technology safety. For example, Greece struggles with unused biomass due to inadequate financial incentives. Spain faces challenges in technical know-how and awareness. Slovakia deals with logistical barriers and insufficient support. Italy's growth is slowed by complex authorization procedures and social opposition. Belgian farmers find it difficult to obtain permits, and Danish farmers need business and technical assistance. Overcoming these barriers can yield significant rewards. With an average return on investment of 6-7 years, biogas projects offer both environmental and financial returns. Key strategies for investors include: ✔️Operational Planning: Consider operational and maintenance demands of biogas plants. ✔️Accurate Assessments: Conduct manure analyses to gauge biogas potential accurately. ✔️Feedstock Diversification: Integrate various renewable energy sources to stabilize income streams. ✔️Regulatory Navigation: Ensure participants are well-versed in authorization and implementation processes to mitigate delays. Associations and projects like #Alpha provide resources such as a Livestock Biogas Library, decision support tools, interactive maps, and knowledge centers. The biogas sector presents a compelling investment landscape. Leveraging farm waste can drive environmental benefits and profitable returns. Biogas offers a resilient and lucrative path forward as the world moves towards sustainable energy🏆 #SustainableEnergy #Biogas #RenewableEnergy #FarmWaste #EnvironmentalBenefits #AgricultureInnovation #BiogasTechnology #InvestmentOpportunity #CleanEnergy #GHGReduction #FarmersIncome #Biomethane #SustainableFarming #ClimateAction #EnergyTransition

Under a Biomethane Purchase Agreement #BPA, Waga Energy has been selling RNG generated from Veolia's Val Pôle in Claye-Souilly to ENGIE since May 1st, without any government subsidies ✅ A major step forward for the RNG industry, this 13-year deal is the longest BPA ever inked in France 🇫🇷 #RenewableEnergy #CleanEnergy #CleanTech #EcoInitiatives #SustainableEnergy #Biogas #EnergyInnovation #CarbonFootprint #EnergyTransition #ClimateAction #FutureEnergy #EnergyIndependence #EcoFriendlyProduction #CleanTech #EnergyCollaboration #Irbisio #SergeyBuchin