Life Cycle Assessment, Carbon Footprinting, ESG Strategy and Process Engineering for a Low-Carbon Future.
Rigorous environmental analysis from cradle to grave. Identify hotspots, benchmark performance, and support product design with ISO-compliant LCA.
Product-level carbon accounting to ISO 14067. Scope 1, 2, and 3 emissions mapping that holds up to third-party review and regulatory scrutiny.
EPD development to EN 15804 with third-party verification support. Market-ready documentation for EU procurement and labelling requirements.
Sustainability roadmaps to CSRD-aligned reporting frameworks. Structured ESG data systems connecting environmental KPIs to business performance.
Design for circularity, resource efficiency analysis, and end-of-life strategy grounded in industrial ecology and material flow modelling.
Impact assessment, scenario modelling, and performance benchmarking. Data-driven sustainability intelligence at product and portfolio level.
From satellite-scale material flows to process-level inventory data, our LCA work captures the full picture.
A specialist at the intersection of industrial ecology, process engineering, and environmental science. Every engagement is grounded in peer-reviewed methodology and calibrated for real decision-making.
The industries we serve face the steepest environmental disclosure requirements in Europe. We give them the scientific rigour to respond with confidence.
View All Sectors →Our case studies span hydrogen production, alternative proteins, and urban mining. Each one demanded accuracy at the process level.
Industrial stakeholders evaluating hydrogen production pathways needed transparent, comparable environmental assessments. Conventional approaches relied on aggregated datasets that limited process-level transparency.
Green and blue hydrogen systems were being compared under inconsistent assumptions. Variability in upstream energy inputs reduced traceability and constrained decision-making across environmental impact categories.
Structured cradle-to-gate LCA in OpenLCA with a functional unit of 1 ton of hydrogen. Impact categories included global warming potential, mineral resource scarcity, freshwater ecotoxicity, human non-carcinogenic toxicity, and water consumption.
Scalable modelling framework establishing a traceable, reproducible foundation for comparative hydrogen technology assessment across production pathways.
Microbial protein derived from hydrogen-oxidizing bacteria is under evaluation as a low-impact substitute. Environmental performance depends strongly on energy sourcing, requiring a structured comparative LCA framework.
Previous assessments lacked consistent attributional modelling across energy scenarios, making it difficult to isolate the effect of electricity sourcing relative to conventional protein systems.
Attributional LCA in OpenLCA with explicit scenario modelling for local grid electricity versus hydropower. Functional unit and system boundary harmonised across all protein systems.
The framework supports evidence-based food system transition strategies and identifies the conditions under which microbial protein achieves superior environmental performance at scale.
Waste printed circuit boards contain critical metals whose environmental and economic performance relative to primary mining required systematic evaluation under consistent methodological conditions.
Inconsistent system boundaries and variable recovery efficiency assumptions limited direct comparability between secondary recovery and primary mining across multi-metal scenarios.
Comparative LCA in OpenLCA using ILCD 2011+ midpoint method, covering nine metals from waste PCBs versus conventional mining. Combined with economic cost-benefit analysis to quantify financial implications.
Integrated LCA and economic framework enabling transparent comparison to support circular economy strategy and investment decisions.
Our six-step process is built for reproducibility. Every decision is documented, every assumption is visible, and every output can withstand critical review.
See the Process →Each engagement follows a structured methodology designed to produce defensible, decision-grade outputs.
Defensible results. Transparent assumptions. Ready for third-party review.
Whether you need an ISO-compliant LCA, an EPD for market entry, or a carbon footprint for regulatory reporting, the engagement starts with a conversation.
Boutique sustainability and engineering consultancy based in Germany, operating worldwide.
