Missing data is one of the biggest obstacles in Life Cycle Assessment — and one of the least discussed. No matter how experienced the team or how...
How to identify and fill data gaps in Life Cycle Assessment
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Life Cycle Assessment
Life Cycle Assessment for Petrochemicals: Understanding LCA for sustainable petrochemical practices
Petrochemicals are everywhere — in packaging, clothing, electronics, coatings, fertilizers, even in the insulation of buildings and wires. They’re...
The role of Life Cycle Assessment in qualifying for the 45Z tax credit
The 45Z tax credit is changing how fuel producers approach carbon reduction. Unlike past incentives, it directly ties financial benefits to a fuel’s...
Life Cycle Assessment for Biodiesel: Analyzing biodiesel sustainability for lower environmental impact
The need for sustainable energy solutions is growing rapidly, and biodiesel has emerged as a key alternative to traditional fossil fuels. As an...
Life Cycle Assessment for Renewable Chemicals: Evaluating bio-based chemicals with LCA
Life Cycle Assessment is a crucial tool for evaluating the environmental impact of renewable chemicals, but the process is complex. Unlike...
Traditional vs. AI LCA: What’s the difference?
Life Cycle Assessment is a powerful tool for measuring the environmental impact of products and an essential part of sustainability efforts, helping...