Green Technology
Journal.

Source-linked updates on biopellets, biochar, graphene and the technologies shaping a greener future.

Biochar field trials highlight the importance of long-term soil testing — 6 October 2026

Journal update: 6 October 2026. Source published: 2 October 2026. Kentucky State University has reported third-year observations from soybean plots treated with pine-sawdust biochar. The latest analysis found a modest rise in biologically active soil carbon and manganese after harvest, while most other measured soil properties changed little. Crop yield was not evaluated in this […]

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Pellet storage research opens new questions for biomass supply chains

Karlstad University announced three funded research projects on 13 August 2026. One investigates production and long-term storage of pellets made from alternative or blended biomass. For bamboo developers, the research highlights the importance of storage performance and feedstock testing; it does not prove results for bamboo pellets.

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Biochar research explores nutrient recovery and circular resources

A Karlstad University project will investigate biochar pellets made from pyrolysed sewage sludge and test them as soil improvers and slow-release fertilizers. These are research objectives, not demonstrated commercial outcomes. The project differs from bamboo-based biochar, but raises relevant questions about contaminants, application testing and nutrient recovery.

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Graphene protects ultrathin superconductors in new MIT research

MIT reported a method for growing an ultrathin superconductor beneath graphene, which protects it from oxidation and helps form a uniform film. The work concerns emerging quantum-device materials. It illustrates graphene's breadth of applications; it is not evidence of commercially producing graphene from bamboo or a Connective Global product.

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Clean-energy technology outlook: growth with practical deployment challenges

The IEA's Energy Technology Perspectives 2026 examines technology deployment, manufacturing and supply chains. Its analysis describes expanding clean-technology markets alongside policy and infrastructure uncertainty. For integrated green projects, the practical lesson is to assess feedstock, project economics and grid integration together rather than assume market growth guarantees project success.

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