AHP Solutions/Expertise
Life Cycle Assessment (LCA)
Integrated Environmental and Climate Impact Assessment for Informed Investment Decisions
At AHP, Life Cycle Assessments (LCA) are not an isolated life cycle assessment module, but an integral part of the techno-economic analysis (TEA).
This allows ecological effects – particularly greenhouse gas reductions – to be directly linked to and evaluated alongside their economic impacts.
Why integrated LCA is critical
In many projects, environmental and climate impacts directly influence economic viability, for example through:
- CO₂ pricing and regulatory frameworks
- Funding mechanisms and sustainability requirements
- Market and investor requirements
- Technology choice and process design
A stand-alone LCA can only capture these interactions to a limited extent. AHP therefore embeds LCA directly within its TEA modeling framework to jointly assess environmental and economic effects.
Methodological approach at AHP
LCA is conducted as a cradle-to-gate, process-chain-wide assessment and is closely linked to TEA at both the data and modeling levels.
- Implementation according to DIN EN ISO 14040 / 14044
- Use of the process and material flow models developed withhin TEA
- extension through route-specific LCA modules (AHP proprietary modelling system)
- focus on project- and decision-relevant impact categories
Depending on the project scope, particular emphasis is placed on:
- global warming potential (GWP)
- Energy consumption
- Water consumption
- Land use
Why integrated LCA is critical
In many projects, environmental and climate impacts directly influence economic viability, for example through:
- CO₂ pricing and regulatory frameworks
- Funding mechanisms and sustainability requirements
- Market and investor requirements
- Technology choice and process design
A stand-alone LCA can only capture these interactions to a limited extent. AHP therefore embeds LCA directly within its TEA modeling framework to jointly assess environmental and economic effects.
Methodological approach at AHP
LCA is conducted as a cradle-to-gate, process-chain-wide assessment and is closely linked to TEA at both the data and modeling levels.
- Implementation according to DIN EN ISO 14040 / 14044
- Use of the process and material flow models developed withhin TEA
- extension through route-specific LCA modules (AHP proprietary modelling system)
- focus on project- and decision-relevant impact categories
Depending on the project scope, particular emphasis is placed on:
- global warming potential (GWP)
- Energy consumption
- Water consumption
- Land use
Economic assessment of greenhouse gas mitigation
By integrating LCA into TEA, greenhouse gas reductions can not only be quantified but also translated into economic terms, for example through:
- Pricing of CO₂ costs or revenues
- assessment of CO₂ sink effects
- Analysis of regulatory scenarios
- Comparison of alternative technology and process routes
This makes it possible to clearly understand how environmental improvements affect economic performance, risk profile and financing.
Variation and risk analysis incl. Monte Carlo simulation
A key differentiator of the AHP approach is the integration of TEA/LCA results into comprehensive variation and risk analyses:
- simultaneous variation of technical, economic and environmental parameters
- quantitative sensitivity analyses
- Monte Carlo simulations to derive probability distributions
- assessment of uncertainties in input and LCA data
This enables robust quantification of economic performance ranges under different climate protection and regulatory scenarios.
Quality assurance and plausibility checks
For quality assurance, the LCA can be carried out in parallel with established LCA software tools (e.g., openLCA) and recognized databases and compared with the results of the integrated AHP model system.
This ensures:
- Methodological robustness
- Transparency of results
- Traceability for experts, funding bodies, and investors
Typical fields of application
AHP uses integrated TEA/LCA analyses for, among others:
- Energy and infrastructure projects
- Power-to-X and hydrogen systems
- Biorefineries and bioeconomy projects
- Innovative materials and production processes
- Industrial decarbonization projects
Research and demonstration projects
Quality assurance and plausibility checks
For quality assurance, the LCA can be carried out in parallel with established LCA software tools (e.g., openLCA) and recognized databases and compared with the results of the integrated AHP model system.
This ensures:
- Methodological robustness
- Transparency of results
- Traceability for experts, funding bodies, and investors
Typical fields of application
AHP uses integrated TEA/LCA analyses for, among others:
- Energy and infrastructure projects
- Power-to-X and hydrogen systems
- Biorefineries and bioeconomy projects
- Innovative materials and production processes
- Industrial decarbonization projects
Research and demonstration projects
Result: Reliable climate and investment decisions
The result of an integrated AHP LCA is not an isolated life cycle assessment, but rather:
- Transparent evaluation of climate impacts
- Quantified economic effects of emission reduction
- Reliable risk and scenario analyses
- Sound decision-making bases for investors, banks, and public clients
Next steps
We would be happy to clarify together:
- Objectives of the LCA
- Required depth of modeling and data
- Integration into TEA, business plan, or funding application
- Regulatory and investor-relevant issues