Scotland.org promotes nation's pioneering spirit and net zero goals, even as major sports events happen.

Carbondale board grapples with solar permitting delays and outlines net zero climate initiatives.

As Canada continues on its journey towards achieving net-zero greenhouse gas emissions by 2050, it's becoming increasingly clear that the province's energy sector is facing significant challenges. One of the most pressing concerns is the reliance on American fracked gas for power generation. This not only poses a threat to Ontario's environmental goals but also disrupts the country's economic and trade landscape. The Low-Tech Review (LT2) procurement process, which was meant to support the development of renewable energy technologies like wind and solar power, may be in need of revision. With escalating trade tensions with the US, it's hard to justify continuing to import American fracked gas when domestic alternatives are readily available. By shifting towards made-in-Ontario energy generation, the province can strengthen local economies and deliver significant environmental benefits. However, this shift comes with its own set of challenges. The tariffs imposed on Canadian exports pose major disruptions to industries like solar panel manufacturing, where companies may be forced to prioritize the US market to avoid trade barriers. This could have a far-reaching impact on competitiveness in clean energy manufacturing, potentially undermining Canada's ability to compete globally. Ontario Power Generation's recent contract with GE-Hitachi for four new nuclear reactors at Darlington introduces significant financial and energy security risks, particularly due to their reliance on enriched uranium imported from the US. As concerns about nuclear safety and waste management continue to grow, it's clear that Ontario needs to consider alternative energy sources. Some have argued that a ban on foreign components, particularly Chinese-made ones, is necessary to protect domestic industries. However, China has become a global leader in manufacturing clean energy technologies, driving down costs worldwide. If Ontario wants to access affordable, clean energy, it should be able to use these Chinese imports without unnecessary restrictions. As Daniel Hoornweg notes, "China has become a global leader in manufacturing clean energy technologies, driving down costs worldwide." This is particularly true for solar panels and wind turbines, which are crucial components of Canada's path to net-zero emissions. By embracing Chinese innovation and technology, Ontario can accelerate its transition to a low-carbon economy. It's clear that the challenges facing Ontario's energy sector require a comprehensive approach that prioritizes domestic renewable energy production and addresses the impact of trade tensions with the US. As Marcolongo so aptly puts it, "it's time to revisit the LT2 procurement process" and move away from American fracked gas in favour of made-in-Ontario energy generation. The future of Ontario's energy sector depends on it.

Designers presented three PV alternates—roof PV‑ready with PPA, ground‑mounted canopies with PPA, and owner‑purchased panels plus battery—and said the PSR estimate targeted about 6.2 megawatts overall; batteries are sized for peak‑load/demand‑response, not emergency backup.

The Energy & Climate Action Committee presented a decarbonization roadmap developed with ICF consultants aimed at municipal net‑zero by 2050; board members praised the work but raised cost questions (noting the roadmap's preliminary cost estimates exclude prevailing wage), and the board expects a vote at a near-term meeting to enable a Climate Leader Communities application.

After debate about ambition and feasibility, the Select Board voted unanimously to direct staff to build the Climate Action and Resilience Plan (CARP) against a 2050 net-zero target consistent with Massachusetts goals.

The collaboration between the Directorate General of Hydrocarbons (DGH) and IIT Bombay aims to advance research in enhanced hydrocarbon recovery and carbon dioxide storage, supporting India's energy t...

CSUSB representatives reported construction progress on the new Student Success Center—topping out accomplished and second-floor deck being poured—and said the campus is pursuing renewable energy through a feasibility study with Edison and a power purchase agreement to aim for net-zero energy.

Justicia Shipena  The governments of South Africa’s Western Cape and Namibia’s Erongo Region are finalising a twinning agreement on the green hydrogen pipeline between the two countries.  This is part of broader efforts under the Namibia Green Hydrogen Programme (NGH2P), as outlined in its mid-year review for 2025. The collaboration follows an agreement signed between Namibia and South Africa during the World Hydrogen Summit in May 2024 to explore the feasibility of a cross-border green hydrogen pipeline.  The N$5 million (€250,000) pre-feasibility study, completed in December 2024, assessed the technical, commercial, environmental, and social viability of linking hydrogen hubs in Lüderitz, Boegoebaai, and Saldanha Bay, with extensions to Gauteng via an eastern corridor. “This system is pivotal for sustainable energy, socio-economic growth, and advancing Namibia and South Africa’s net-zero goals while positioning both countries as key players in the global hydrogen market,” the NGH2P said. A conceptual master plan for the pipeline infrastructure is set for mid-2025 to mid-2026, with an estimated cost of N$30 million.  The Climate Fund Managers and Gasunie (Netherlands) will provide a significant portion of the funding, with additional support from the EU. In 2020, South African President Cyril Ramaphosa first proposed the hydrogen partnership. South Africa targets up to 13 million tonnes of green hydrogen and derivatives annually by 2050 under its N$300 billion (US$20 billion) Green Hydrogen National Programme.  This would require between 140 GW and 300 GW of renewable energy, a steep increase from the 7 GW procured since 2011. Key stakeholders in the pipeline project include the Western Cape Tourism, Investment and Trade Agency (Wesgro), the Northern Cape Economic Development, Trade and Investment Promotion Agency (NCEDA), the Namibia Green Hydrogen Programme (NGH2P), Gasunie Waterstof Holding B.V., and Climate Fund Managers (CFM) NL B.V. Namibia has attracted about N$2.08 billion in investment for green hydrogen projects to date.  These include pilot initiatives, commercial ventures, and consultancy work, according to NGH2P head James Mnyupe. A major highlight of 2025 was the commissioning of the HyIron–Oshivela plant near Arandis.  Mnyupe said this momentum is already yielding socio-economic returns. More than 800 Namibians have been employed across early-stage projects, and around N$170 million has gone to local SMEs, advancing localisation and value-chain development. To improve infrastructure planning, the programme secured N$3.6 million from Germany’s Federal Ministry for Economic Affairs and Climate Action (BMWK).  The funds supported a study on best practices for shared infrastructure, including pipelines, desalination plants, rail, ports, and energy corridors. In April 2025, the programme completed a draft National Policy on Green Hydrogen and Derivatives.  Developed in consultation with stakeholders, it outlines Namibia’s stance on environmental protection, hydrogen safety, socio-economic development, institutional coordination, and legal frameworks.  Mnyupe said the draft is now under review by the ministry of industries, mines and energy and will guide future legislation and operations.

Proposal aims for net zero energy at 1947 airport building through automation and audits.

How climate change agreements (CCAs) work, who is eligible and which sector associations hold a CCA.