Group 1 - The construction of "two重" projects is seen as a crucial measure for stabilizing investment, with a dedicated task force established to enhance coordination with national ministries and create a long-term promotion mechanism [1] - Major projects, such as the 100,000-ton high-performance power storage battery in the Seventh Division of Huyanghe City, are prioritized for early commencement and effective implementation to support high-quality development [1] Group 2 - The Aral City textile industrial park's 100,000-kilowatt photovoltaic power generation base, consisting of 220,000 solar panels, generates over 400,000 kilowatt-hours daily, providing significant clean energy to the region [2] - The project has been operational for one year, supplying 150 million kilowatt-hours of clean electricity annually, demonstrating substantial energy-saving and emission-reduction effects [2] - Aral City is actively building a circular economy system and has introduced the first recycled polyester short fiber production line in the region, achieving over 45% water reuse in dyeing processes [2] Group 3 - The organization has implemented a series of policies to seize opportunities from the national "dual carbon" strategy, focusing on energy resource endowments and promoting renewable energy development [3] - The establishment of over 60 national and regional green factories, three green parks, and one green supply chain management enterprise reflects the commitment to building a green manufacturing system [3] - Green factories account for over 40% of the manufacturing output value, indicating a significant shift towards eco-friendly industrial practices [3]

Core Insights - Northstar Clean Technologies Inc. has completed its first sale of liquid asphalt to McAsphalt Industries Ltd., marking a significant milestone for the company and its operations [1][2][3] Company Overview - Northstar is a Canadian waste-to-value technology company focused on the sustainable recovery and reprocessing of asphalt shingles, aiming to lead the recovery and reprocessing of asphalt shingles in North America [4] - The company has developed a proprietary design process to extract liquid asphalt from discarded shingles, which would otherwise go to landfills, and also recovers aggregate and fiber for construction products [4] Operational Milestones - The sale to McAsphalt represents the first revenue-generating transaction for liquid asphalt produced at the newly constructed Empower Calgary Facility [2][3] - Northstar expects to generate regular ongoing commercial sales in line with the McAsphalt offtake agreement starting in January 2026 [3]

Core Viewpoint - Ecolomondo Corporation has secured sufficient feedstock for its upcoming Thermal Decomposition Process (TDP) facility in Shamrock, Texas, which is expected to be three times the size of its existing facility in Hawkesbury, Canada [1][2][3]. Group 1: Facility Development - The Shamrock TDP facility will utilize modular technology, allowing for lower capital expenditures, shorter lead times, and reduced risk compared to traditional construction methods [4]. - The Texas TDP project is anticipated to become one of the largest scrap tire pyrolysis facilities in North America, reflecting the company's growth and achievement of key milestones [5]. Group 2: Feedstock and Revenue Streams - Ecolomondo has executed multiple letters of intent with tire retailers and municipalities, confirming committed volumes of end-of-life tires to support operations in Shamrock [3]. - Revenue streams from the TDP facilities include the sale of end-products such as recovered carbon black (rCB), oil, steel, and syngas, as well as tipping fees for tire disposal [6]. Group 3: Environmental Impact - The TDP process is designed to significantly reduce greenhouse gas emissions, with the Hawkesbury facility expected to reduce CO2 emissions by 22,400 tons per year and the Shamrock facility projected to reduce emissions by 67,200 tons per year [11].

In this TEDx talk, Ambreen explores how some of the most powerful businesses are born from society’s hardest problems. She reflects on how the COVID-19 lockdown exposed a critical contradiction: while cities shut down, waste continued to accumulate, revealing deep gaps in waste management, environmental responsibility, and opportunity. The talk challenges the stigma around waste collection, highlighting the systemic barriers, informal networks, and resistance faced by anyone attempting to formalize the sect ...

Core Viewpoint - Hawaiian Airlines and Alaska Airlines are partnering with Par Hawaii to develop sustainable aviation fuel (SAF) in Hawaii, utilizing locally grown agricultural feedstock to reduce carbon emissions in aviation [1][2][3]. Group 1: Investment and Economic Impact - The initiative aims to create a new energy sector and fuel supply chain in Hawaii, providing economic benefits and opportunities for local agriculture [2][9]. - The combined airlines will be the first customers of Hawaii's locally produced SAF, with deliveries expected in the first quarter of 2026 [4][12]. Group 2: Sustainable Aviation Fuel (SAF) Details - SAF can reduce lifecycle carbon emissions by up to 80% compared to conventional jet fuel, made from sustainable feedstock like plant-based oils [5][12]. - Pono Pacific is conducting crop trials on Camelina sativa, a high-yield crop that can be used as SAF feedstock and supports local agriculture [3][10]. Group 3: Collaboration and Future Goals - The partnership emphasizes the importance of collaboration among airlines, fuel producers, investors, and government to grow the SAF industry and achieve decarbonization goals [12]. - Pono Pacific plans to launch Pono Energy, Inc. in early 2026 to further develop camelina as a renewable fuel source, which can also provide nutrient-rich animal feed [6][11]. Group 4: Environmental and Agricultural Benefits - Growing camelina locally will strengthen Hawaii's agricultural sector, reduce dependence on imported fossil fuels, and support the local livestock industry [8][10]. - The initiative is seen as a model for a circular economy in renewable fuels, benefiting the economy, local agriculture, and the environment [7][8].

Group 1 - Aramis Group conducted share buybacks from December 8 to December 12, 2025, totaling 13,666 shares purchased at a daily weighted average price of €4.3766 [2] - The specific daily transactions included 4,575 shares on December 10, 4,566 shares on December 11, and 4,525 shares on December 12, with respective average prices of €4.3711, €4.3399, and €4.4194 [2] - The company operates under the authorizations granted by the General Assembly on February 4, 2025, for share buybacks [2] Group 2 - Aramis Group is a leading European B2C online used car sales company, operating in six countries and generating annual revenues exceeding €2.3 billion [3] - The company has sold over 119,000 vehicles B2C and attracts nearly 70 million visitors to its digital platforms annually [3] - Founded in 2001, Aramis Group employs more than 2,400 people and has nine industrial-scale refurbishing centers across Europe [3]

As filed with the Securities and Exchange Commission on December 15, 2025 Registration Statement No. 333- UNITED STATES SECURITIES AND EXCHANGE COMMISSION WASHINGTON, D.C. 20549 FORM F-1 REGISTRATION STATEMENT UNDER THE SECURITIES ACT OF 1933 SMX (Security Matters) Public Limited Company (Exact name of registrant as specified in its charter) (State or other jurisdiction of (Primary Standard Industrial Ireland 3590 N/A (I.R.S. Employer Identification Number) +353-1-920-1000 Mespil Business Centre, Mespil Hou ...

Core Insights - Ecolomondo Corporation has reported increased production of recovered carbon black (rCB) and tire-derived oil (TDO) at its Hawkesbury TDP facility during October and November 2025, indicating a positive trend in operational performance [1][2] Production and Sales Performance - The company processed a total of 53 batches at full payload of 15,000 lbs during October and November 2025, compared to 79 batches in the previous three quarters of 2025 [2] - Sales of rCB amounted to $184,291 for October and November 2025, a significant increase from zero sales during the same period in 2024 [3] - A major off-take customer purchased 15 truckloads of rCB, totaling 345 metric tons, with expectations for further orders in the new year [3] - Sales of TDO reached $180,221 for the same months, up from $22,160 in 2024, with 9 tanker loads shipped, representing 198 metric tons [4] Operational Developments - The company continues to operate at a loss due to the ramp-up phase of the Hawkesbury TDP facility [5] - All end-products produced are ISCC Plus certified and recognized as sustainable materials, with rCB serving as a replacement for virgin carbon black in various applications [6] - Upcoming upgrades in the tire shredding department are expected to enhance efficiency and increase output [7] Strategic Outlook - Ecolomondo aims for full ramp-up of operations by July 2026, with new team additions strengthening management and operations [13] - The company is focused on expanding its market presence and increasing production capacity to meet growing demand for rCB and other recovered resources [13][14] - Ecolomondo's mission is to contribute to the circular economy by producing large quantities of recovered resources for reuse in new products [15]

Core Insights - The article discusses the potential of converting discarded plastic films into fuel, highlighting the significant presence of PP (polypropylene) and PE (polyethylene) films in construction and demolition waste, which constitute about 50% of the lightweight materials [1][2] - Traditional sorting technologies have failed to achieve high-purity separation of PP/PE films, leaving this energy potential untapped for years [1][2] Group 1: Urban Oil Fields - The concept of "urban oil fields" refers to the vast amounts of PP/PE films found in various waste streams, including construction debris and municipal waste, which can be harnessed for energy [1][2] - Efficient sorting technology is crucial for accessing these urban oil fields, as lightweight materials often contain complex contaminants like PVC and PET films that hinder the pyrolysis process [2][3] Group 2: Sorting Technology - DATABEYOND's FASTSORT-FILM, an AI hyperspectral optical sorter, can extract PP/PE films with over 95% accuracy from complex lightweight materials, effectively removing PVC and PET films along with other impurities [3][4] - This advanced sorting technology ensures the purity of the feedstock for subsequent pyrolysis, eliminating contaminants at the source [3][4] Group 3: Conversion Process - High-purity PP/PE films can be converted into pyrolysis oil through anaerobic thermal cracking, with each ton of PP/PE film yielding approximately 0.6 to 0.75 tons of oil [4] - The refined oil can be transformed into fuel components such as off-spec diesel and gasoline, contributing to a sustainable waste-to-energy cycle and significantly reducing carbon emissions [4] Group 4: Environmental Impact - The development of urban oil fields represents a green opportunity, with DATABEYOND's sorting technology facilitating breakthroughs in the global energy transition and enhancing environmental protection [5] - By leveraging innovations, the company aims to invigorate the circular economy and promote sustainable development through collaboration and innovative solutions [5]

Core Insights - The article discusses the transformation of plastic waste, specifically PP and PE films, into valuable fuel through advanced sorting technology and pyrolysis processes [1][4][5] Group 1: Industry Overview - Hundreds of millions of tons of lightweight materials, primarily PP and PE films, are found in construction and demolition waste, constituting about 50% of this waste [1] - Traditional sorting technologies fail to achieve high-purity separation of PP/PE films, leaving significant energy potential untapped for years [1][2] Group 2: Technological Advancements - The key to exploiting these "urban oil fields" lies in effective sorting technology, which can handle complex impurities such as PVC and PET films, wood chips, plastic waste, paper, and sand [2] - DATABEYOND's FASTSORT-FILM utilizes advanced AI databases and hyperspectral recognition to sort PP/PE films with over 95% accuracy, effectively removing harmful impurities [3] Group 3: Conversion Process - High-purity PP/PE films can be converted into pyrolysis oil through anaerobic thermal cracking, yielding 0.6 to 0.75 tons of oil per ton of film [4] - This process supports a sustainable cycle of waste-to-energy conversion and significantly reduces carbon emissions [4] Group 4: Environmental Impact and Opportunities - The concept of "urban oil fields" represents a green opportunity, with DATABEYOND's intelligent sorting technology facilitating breakthroughs in global energy transition and environmental protection [5] - By leveraging innovation, the industry aims to enhance the circular economy and promote sustainable development through collaboration and advanced solutions [5]