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The document evaluates three industry-proposed methods for reducing carbon emissions from gas plants: hydrogen cofiring, carbon capture and storage (CCS), and biomethane. It concludes that these approaches often fail to achieve targeted emissions reductions when full life cycle impacts—such as upstream methane leakage, energy penalties, and production emissions—are considered. Furthermore, the brief argues that these technologies perpetuate environmental and social inequities by maintaining the operation of gas plants. In contrast, the report finds that transitioning to renewable energy sources like wind and solar provides superior reductions in carbon, air, and water pollution while offering lower costs and fewer land-use impacts.

The report highlights that while Africa currently produces and consumes a small fraction of global plastics, a 'business as usual' trajectory could lead to a 375% increase in consumption by 2060. It identifies systemic failures across the plastics life cycle—from production to secondary markets—and argues that existing policy frameworks are fragmented and overly focused on end-of-life waste management. The document advocates for a comprehensive, life-cycle approach, the integration of the informal waste sector, and the development of a new legally binding global treaty to combat plastic pollution.

The Gas Index finds that methane leakage across the U.S. natural gas supply chain is significantly more extensive than EPA estimates, particularly within city distribution systems and buildings. The report argues that replacing gas heating with electric heat pumps would reduce emissions in every city evaluated, with the greatest benefits occurring where electricity grids are decarbonized.

The report details how plastic creates a global health crisis through a complex life cycle. It identifies toxic emissions during fossil fuel extraction (fracking) and refining, the leaching of endocrine disruptors and carcinogens from consumer products, and the release of hazardous metals and dioxins during waste incineration. It further examines the pervasive presence of microplastics in the food chain, drinking water, and human tissues, linking them to inflammation, oxidative stress, and various chronic diseases. The document emphasizes that marginalized communities bear a disproportionate burden of these risks and calls for a transition away from plastic production based on human rights and the precautionary principle.

The document evaluates the environmental sustainability of first-generation biofuels produced in the Basque Country using an innovative methodology that integrates the SIMSNIC agronomic model with life cycle analysis. The study focuses on bioethanol from wheat and biodiesel from rapeseed in the La Llanada Alavesa area. It finds that while biofuels are more energy efficient than fossil fuels, meeting the EU's mandatory 35% greenhouse gas (GHG) reduction target is unlikely under current mineral fertilisation conditions, particularly in nitrate-vulnerable areas. Organic fertilisation increases the likelihood of meeting GHG targets but exacerbates water contamination, soil acidification, and land-use competition. The authors conclude that the agricultural stage, specifically nitrogen fertilisation and climatology, is the primary driver of the carbon footprint due to nitrous oxide emissions.

The report by Friends of the Earth examines nanotechnology's role in the energy transition, specifically in solar, wind, hydrogen, and battery technologies. It argues that the industry has "over-promised and under-delivered," noting that the energy required to manufacture nanomaterials often exceeds the savings they provide. The document highlights significant health risks, such as the potential for carbon nanotubes to cause mesothelioma, and environmental hazards, including the release of potent greenhouse gases like nitrous oxide from nano silver. It further criticizes the use of public funds to develop nanotechnology for expanded oil and gas extraction and warns that the technology may exacerbate global inequities through restrictive patenting and the dumping of nanowaste in the Global South.

This report analyzes the environmental and social impacts of the global cotton textile product chain, focusing on China's role as a major producer, importer, and exporter. It evaluates the trade-offs between economic growth and environmental degradation, proposing a transition toward sustainable cotton production and the internalization of environmental costs to maintain long-term competitiveness.

The document analyzes the life cycle emissions of CO2-EOR, citing IEA data to show that using anthropogenic CO2 for oil recovery results in a net emissions reduction of 63% per barrel produced. It argues that EOR is a critical market-based driver for CCUS technology and that the oil targeted for EOR would likely be produced via other, more carbon-intensive methods if CO2-EOR is not used.

This consolidated report, compiled by Siemens for Eskom, evaluates the requirements and costs for extending the operational life of the Hendrina Power Station. The study examines three scenarios: continuing operations until 2025, extending operations until 2035, and implementing capacity increases through system improvements. Based on physical inspections and desktop studies, the report finds the plant's units 1-10 to be in generally poor condition, with significant output losses due to operating limitations and forced outages.

The Hendrina Power Station Consolidated Life-ex Report provides a detailed technical assessment and set of recommendations to extend the operational life of the power station to 2025. The report identifies critical infrastructure risks, including ash dam capacity, boiler tube erosion, and turbine component fatigue, while outlining necessary replacements and maintenance regimes for the boiler, turbine, and auxiliary systems.

The Hendrina Power Station Consolidated Life-ex Report provides a detailed technical assessment of the remaining operational life of various plant components across ten units, aiming for a life extension to 2025. The report identifies critical degradation in electrical motors, MV cables, and certain boiler and turbine components, while noting that civil structures are generally in good condition. It emphasizes that achieving the 2025 target requires significant targeted replacements, improved maintenance, and the construction of a new ash dam.

This report provides a comprehensive life extension study for the Hendrina Power Station, detailing the technical requirements and associated costs to maintain operations until 2035. The study covers boiler plants, turbine auxiliaries, C&I systems, electrical plant areas, and common plant infrastructure, recommending a combination of targeted replacements, modernizations, and rigorous maintenance regimes to ensure reliability and environmental compliance.

This report, produced by Siemens and subcontractors Babcock and Steinmuller, evaluates the feasibility and costs of a 10% capacity increase and life extension to 2035 for the Hendrina Power Station. The study identifies critical equipment limitations across boiler, turbine, and electrical plants, recommending extensive replacements of generators, motors, and piping to achieve the uprate.

The document outlines the health risks associated with every stage of the plastic life cycle, from extraction to waste management. It highlights that 99% of plastic is derived from fossil fuels and that the process releases numerous toxins, including carcinogens and endocrine disruptors. The report emphasizes that microplastics and chemical additives enter the human body through inhalation, ingestion, and skin contact, leading to severe health issues such as cancer, diabetes, and neurological disorders. It concludes that current narrow approaches to plastic pollution are inadequate and calls for a precautionary approach focused on reducing overall plastic production and increasing transparency regarding chemical compositions.