Core Viewpoint - Clean Energy Technologies, Inc. (CETY) has signed a non-binding Letter of Intent (LOI) with Hoppy Power Ltd. to advance the deployment of its High Temperature Ablative Pyrolysis (HTAP) technology for waste-to-energy applications, marking a significant step towards commercialization [1][9]. Group 1: Project Development and Milestones - The initiative aims for near-term deployment and initial commercialization, with milestones in 2026 including engineering validation, permitting progression, and advancement towards definitive agreements [2][7]. - Westlock, Alberta has been identified as the initial site for potential deployment, chosen for its favorable access to feedstock and existing infrastructure [3][10]. - The project is designed to generate up to 2 MW of power per unit and process up to 12,000 tons per year of biomass and waste-derived feedstock [4][5]. Group 2: Commercial Viability and Revenue Streams - The modular system is expected to support multiple revenue streams, including waste processing fees, on-site power generation, and biochar production, positioning it competitively against conventional biomass solutions [6][9]. - The deployment model is designed to be scalable and repeatable across various markets, establishing a foundation for broader project rollouts [5][10]. Group 3: Technical and Operational Aspects - CETY will conduct technical evaluations, including feedstock analysis and preliminary engineering design, to support pilot deployment activities at the Westlock site [7][8]. - The advancement of the project is contingent on technical validation, feedstock availability, and securing necessary permits and regulatory approvals [8][10]. Group 4: Industry Engagement - CETY and Hoppy Power will participate in the International Biomass Conference & Expo to showcase their HTAP technology and explore strategic partnerships [11][12].

Core Insights - HyOrc Corporation has entered into a binding project development and technology agreement with OnEnergy Group for a waste-to-methanol facility in Bulgaria [1][2] - The project aims to process approximately 50,000 tonnes of Refuse-Derived Fuel (RDF) annually, with a daily throughput of about 150–155 tonnes, leading to a methanol production capacity of approximately 38–42 tonnes per day [2][3] - The facility is part of a broader integrated waste-to-energy platform that aligns with European Union priorities for decarbonisation and circular economy [2][3] Company Overview - HyOrc Corporation specializes in developing and commercializing patented hydrogen-capable combustion and waste-to-fuel systems for various sectors, including shipping, rail, and off-grid power [4] - The company is positioned as a technology partner for the project, focusing on the thermochemical conversion of RDF into green methanol [2][3] Project Details - The collaboration will see HyOrc lead the preparation of technical components to support the project's progression through established European industrial development pathways, including the EU Innovation Fund [3] - The project is described as a key step for waste-to-energy initiatives in Bulgaria, aiming to build a scalable foundation aligned with Europe's decarbonisation goals [3]

Core Insights - Clean Energy Technologies, Inc. (CETY) is actively participating in the Bioenergy Association of California (BAC) to advance a pilot initiative focused on converting waste into clean energy, reflecting the growing demand for renewable energy technologies [1][2][4] Group 1: Company Initiatives - CETY is engaging in discussions to evaluate multiple project pathways for converting organic waste into renewable energy, with several opportunities expected to move towards formal feasibility assessments [2][5] - The company aims to build a robust multi-project development pipeline across key waste-to-energy verticals, connecting with various stakeholders including municipalities and agricultural operators [4][5] - CEO Kam Mahdi emphasized the importance of California's leadership in circular energy systems, which creates a favorable environment for deploying CETY's waste-to-energy solutions [3][4] Group 2: Industry Context - The BAC plays a critical role in supporting California's efforts to reduce methane emissions and divert organic waste from landfills, aligning with CETY's mission [6] - The demand for technologies that convert organic waste into renewable electricity and fuels is accelerating, indicating a growing market for CETY's offerings [2][4] - The high-level discussions at the BAC meeting included influential figures from industry and research, highlighting the collaborative efforts needed to advance clean energy initiatives [3][4]

Core Insights - Waste Energy Corp. has filed a trademark for its WEFuel™ brand, marking a significant step in its mission to convert waste into clean energy [1][4] - The WEFuel brand will serve as the foundation for a multi-segment fuel business focused on recycled plastics and tires, aiming to provide sustainable energy solutions [2][4] Business Strategy - WEFuel is designed as a comprehensive ecosystem, encompassing three main business lines: - WEFuel Delivery, a service for delivering clean, recycled fuel to various locations [2] - WEFuel Recycled Fuel Products, which includes fuel products derived from waste materials [3] - WEFuel Station Network, a network of stations that promote both vehicle fueling and environmental health [3] Leadership and R&D - Astrophysicist Marley McBride has been appointed as the R&D Project Lead for the WEFuel initiative, bringing expertise in transforming low-value waste into high-performance fuel [5][6] - The appointment reflects the company's commitment to innovative solutions in energy production [6] Facility Development - The construction of Waste Energy Corp.'s waste-to-energy facility is on schedule, with the foundation expected to be completed soon, leading to the installation of the waste-to-energy system [7] - This facility represents a critical transition from development to production, solidifying the supply chain for WEFuel [7] Company Overview - Waste Energy Corp. focuses on converting non-recyclable waste into clean energy assets, aiming to reduce landfill waste and create new energy streams [8] - The company is publicly traded on the OTCQB under the ticker symbol WAST [9]

Core Viewpoint - Clean Energy Technologies, Inc. (CETY) is advancing a modular waste-to-energy (WTE) power solution in collaboration with METIS Power Inc., aimed at enhancing distributed generation and sustainable waste conversion across North America [1][5]. Group 1: Modular WTE Power Solution - The modular solution integrates METIS Power's MEC5700 combustor with CETY's proprietary waste-to-syngas pyrolysis systems, enabling efficient power generation from waste-derived fuels in 1 MW and 2 MW formats [2][3]. - The system can process various feedstocks, including municipal and industrial waste, agricultural residues, and forestry byproducts, enhancing its applicability in rural and agricultural settings [4]. Group 2: Collaboration and Market Focus - METIS Power will lead the combustion technology supply and system integration, while CETY will focus on feedstock processing and pyrolysis technology [5]. - The initial deployment of the modular design is targeted at North America, with plans for future international expansion depending on market conditions and regulatory requirements [5]. Group 3: Industry Engagement - Both companies will participate in the International Biomass Conference & Expo in Nashville, Tennessee, from March 31 to April 2, 2026, showcasing their technologies and exploring commercial partnerships [6].

As filed with the U.S. Securities and Exchange Commission on March 09, 2026. Registration No. 333-[*] UNITED STATES SECURITIES AND EXCHANGE COMMISSION WASHINGTON, D.C. 20549 Kaptanpasa Mah., Piyalepasa Bulvari Ortadogu Plaza No: 73/23 34384 Sisli, Istanbul, Turkiye Telephone: +90 (212) 221 8111 (Address, including zip code, and telephone number, including area code, of Registrant's principal executive office) FORM F-1 REGISTRATION STATEMENT UNDER THE SECURITIES ACT OF 1933 Yeşil Global Enerji A.Ş. Republic ...

Core Insights - Waste Energy Corp. is participating in the Clean Energy & Renewables Virtual Investor Conference on March 5th, 2026, where CEO Scott Gallagher will present the company's initiatives and answer investor questions in real-time [1][2]. Company Highlights - The company has achieved U.S. Border Clearance for its waste conversion platform by securing USMCA certification, allowing its waste-to-energy conversion system to enter the U.S. market [4]. - Waste Energy Corp. has mobilized its engineering team for the build-out of its first waste conversion facility in Midland, Texas, initiating a 90-day construction and commissioning process [5]. - The company has been authorized as a vendor with Midland County, enhancing its ability to secure a consistent supply of waste tire feedstock for its facility [6]. Technology and Innovation - Waste Energy Corp. is developing a patent-pending Waste-to-Energy Conversion Technology that converts non-recyclable waste into domestic energy assets [7]. - The company is also working on an automated carbon credit issuance system that utilizes sensor data, video verification, and blockchain technology to produce verifiable carbon credits [7].

Core Viewpoint - Waste Energy Corp is advancing its waste-to-energy conversion platform with a commissioning date set for March 1, 2026, following the arrival of its lead engineer at the Midland, Texas facility [1] Group 1: Company Developments - The lead engineer is onsite at the Midland facility for approximately 90 days to oversee installation, system integration, commissioning, and initial launch activities [1] - The company has received USMCA certification for its waste-to-energy processing system, marking a significant milestone in its operational readiness [1] Group 2: Operational Capacity - The facility is being prepared for a full processing capacity of 30 tons per day, indicating a substantial scale of operations once fully operational [1]

Core Insights - BioEnergy Development Inc. has launched BioGrid™, a distributed waste-to-energy platform aimed at empowering over 800 forest-dependent communities by converting local wood waste into energy, unlocking a potential of 12.3 TWh of energy [1][6] Market Opportunity - The company targets a specific market of underserved forest-dependent communities that are resource-rich but lack infrastructure, with 5.5 million residents currently facing energy insecurity [2][6] Problem Identification - Rural communities are experiencing rising energy costs and reduced reliability due to urban areas consuming grid capacity, leading to delayed infrastructure upgrades for these regions [3] Solution Overview - BioGrid™ provides an immediate solution to energy needs by utilizing BioEnergy Solutions' eXRGY™ thermal conversion technology, creating localized circular economies [4] Company Background - BioEnergy Development Inc. develops, owns, and operates BioGrid™ infrastructure, converting biomass waste into renewable power and high-value biocarbon products, partnering with industrial resource owners across North America and globally [4] Current Status - The supply chain for BioGrid™ is active, with units currently in production and shipping, indicating short lead times for deployment [6]

Core Insights - The article highlights the ongoing development of a national waste-to-energy (WTE) initiative in Costa Rica by Eco Innovation Group, Inc. and WRA Holdings, Inc. aimed at improving waste management and promoting renewable energy generation [1] Group 1: Project Overview - The WTE initiative is designed to address long-term municipal and agricultural waste management needs [1] - The project supports environmental sustainability objectives while generating renewable energy [1] Group 2: Company Collaboration - Eco Innovation Group, Inc. and WRA Holdings, Inc. are collaborating on this initiative, indicating a partnership focused on environmental and economic benefits [1]