June 2026

Sustainable Aviation Fuel and Environmental MonitoringFocus keyphrase: sustainable aviation fuel environmental monitoring Aviation is one of the most difficult sectors to decarbonize. Aircraft require high-energy fuel, global travel demand continues to grow, and many long-distance flights cannot yet be easily electrified. This is why sustainable aviation fuel, often called SAF, has become one of the…

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Food Waste Carbon Capture and Environmental Testing Food waste is usually treated as an environmental burden. It can create disposal pressure, generate methane when poorly managed, increase landfill demand, and represent a loss of resources already used in agriculture, processing, transport, and storage. But emerging research is showing that some food waste streams may also…

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Kelp Forest Restoration and Marine Ecosystem Monitoring Kelp forests are some of the most productive marine ecosystems on Earth. They provide habitat for fish and invertebrates, help protect coastlines, support biodiversity, reduce erosion, and store carbon. Yet in many regions, these underwater forests are under severe pressure from ocean warming, pollution, overgrazing by sea urchins,…

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Waste Rubber Carbon Capture and Environmental Testing Waste is usually treated as the end of a product’s life. A material is used, discarded, and then sent to landfill, incineration, or another disposal pathway. But new research is showing that some waste materials may have a second life as part of climate technology. A recent Aarhus…

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Textile Waste and Environmental Monitoring: Why Production Waste Matters When people think about textile waste, they usually think about clothes that are thrown away after use. Old shirts, fast fashion, discarded uniforms, and unsold garments are visible signs of the problem. But textile waste begins much earlier in the supply chain. A recent Norwegian SciTech…

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Wetlands, Development, and Flood Risk: Why Assessment Matters Wetlands are often misunderstood as unused or underutilized land. In reality, they are among the most valuable environmental systems in the world. They store water, reduce flood impacts, filter pollutants, support biodiversity, protect coastlines, and help maintain the health of surrounding ecosystems. As land development pressures increase,…

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Low-Temperature Hydrogen Production and Environmental Monitoring Hydrogen is often described as a clean energy carrier because it produces water at the point of use rather than carbon dioxide. But hydrogen’s environmental value depends heavily on how it is produced, where it is produced, what energy source is used, and how the wider project is monitored.…

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Changing Rivers, Rising Risk: Why Waterway Monitoring Matters in a Changing Climate Rivers are not static systems. They shift, flood, erode, carry sediment, support ecosystems, supply communities, and respond quickly to changes in rainfall, tides, storms, land use, and climate conditions. As climate patterns continue to change, river systems are becoming more difficult to predict…

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