Life Cycle Assessment (LCA)
Life Cycle Assessment (LCA) is a robust, science-based methodology, structured in alignment with ISO 14040 and ISO 14044 standards, for assessing the environmental footprint of a product or service across every stage of its life cycle. With this approach, you can quantify a broad spectrum of environmental impacts, including carbon emissions, energy and water consumption, resource depletion, and pollution, delivering a holistic view of the product’s sustainability.
Our LCA services cover four critical stages:
- Goal and Scope Definition: Outlines your product, its function, the stages of its life cycle, and assumptions and limitations for the study.
- Life Cycle Inventory: Collects all relevant inputs and outputs.
- Life Cycle Impact Assessment: Converts each flow to specific environmental impacts, such as climate change, acidification, eutrophication of water, and depletion of resources using advanced software.
- Interpretation Phase: Analyses results, pinpoints significant issues, and concludes the study.
Through LCA, you gain a deeper understanding of your production’s environmental burden, which guides your decisions for process improvement, resource conservation, and cost reduction.
Designed to meet the requirements of Law 4342/2015, the EPPB involves detailed data collection, meticulous analysis, and prioritization of municipal buildings to apply energy-saving measures and efficiency enhancements. We closely collaborate with municipalities to create these comprehensive plans, analyzing the primary data of the municipal building stock and the energy consumption of each property.
Our detailed assessment allows us to propose appropriate energy upgrade strategies for each building, considering factors like existing energy issues, the importance of the building’s preservation, and the building’s potential impact on the wider urban environment. A comprehensive technical report outlining the recommended actions and expected outcomes is provided. Additionally, we have developed a digital platform to streamline the process, allowing for efficient data input and analysis and easy generation of the EPPB technical report. Training services are also provided to familiarize interested parties with using the platform.
Under Law 4936/2022, we guide municipalities through the development of MERPs aimed at reducing greenhouse gas emissions. Our role includes assisting in primary data collection to record and evaluate the energy consumption of all the activities under a municipality’s jurisdiction. We then calculate the carbon footprint and establish realistic reduction targets for 2025 and 2030.
We also assist in identifying, prioritizing, and recording effective climate change mitigation measures to help the municipality meet its intended reduction goals. As with the EPPB service, a thorough technical report detailing the carbon footprint, planned mitigation measures, and expected outcomes is provided. This report is submitted to an independent accredited body for verification. We also provide a user-friendly digital platform for streamlined data analysis, report generation, and necessary training for its use.
As part of the European Commission’s Covenant of Mayors initiative, the SECAP service supports local authorities in implementing sustainable energy and climate policies. We work closely with municipalities to collect and analyze data about the activities within their geographical and administrative boundaries. This information enables us to quantify greenhouse gas emissions and determine the most representative emission factors per emission category.
The SECAP report delivered to the municipality includes a detailed carbon footprint, an assessment of climate risks, and a strategic action plan for reducing greenhouse gas emissions and adapting to climate change. This service is rounded off by entering the collected data, and it results into the Covenant of Mayors platform, thus maintaining transparency and facilitating international recognition for the municipality’s climate and energy action efforts.
