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LCA (Life Cycle Assessment)

LCA (Life Cycle Assessment) is the scientific standard for measuring the environmental impact of a product throughout its entire life cycle, from resource extraction to end-of-life or circular recovery.

What is Life Cycle Assessment (LCA)

LCA is an internationally standardized methodology, governed by the ISO 14040 and ISO 14044 standards, design to rigorously measure the environmental impacts associated with a product, process or service.
The analysis covers every stage of the life cycle: from raw material extraction to production, distribution, use and end-of-life management, including circular processes that return value into materials.

Thanks to this systemic approach, it is possible to quantify a complex set of environmental indicators spanning multiple domains: impacts on climate change, resource and energy consumption and effects on air, water and soil.

The result is scientifically sound database capable of guiding the improvement of environmental performance and supporting strategic decisions based on quantitative and verifiable evidence.

LCA Analysis

LCA and strategic sustainability: transforming environmental data into competitive advantage

An LCA study is more than just a technical analysis: it represents a strategic investment with concrete and measurable economic returns. It allows organizations to reduce costs related to production, procurement and end-of-life management, while simultaneously anticipating increasing regulatory and market demands.
When integrated into a long-term vision, LCA becomes an effective tool for supporting ESG policies and gaining access to new markets, tenders and sustainability-oriented supply chains.

Beyond compliance

Conducting and LCA analysis according to ISO 14040 and 14044 standards is not merely theoretical: it is an operational tool that delivers measurable results. Without it, it is impossible to obtain certifications such as EPD and Ecolabel or to meet GPP (Green Public Procurement) requirements in public tenders.

During the design phase, LCA data allows for concrete interventions on the product, optimizing material use and consequently reducing costs. Furthermore, when communicating with external stakeholders (customers, partners and institutions), having a structured study means being able to speak with verifiable and defensible data, eliminating any risk of greenwashing.

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The benefits of an LCA analysis

The LCA calculation provides strategic insights that improve products, strengthen reputation and unlock new business opportunities.

Competitive advantage

Increase transparency toward costumers and stakeholders while strengthening corporate credibility.

Environmental performance

Systematically improve the environmental performance of your products.

Operational efficiency

Identify inefficiencies within production processes and transform them into concrete opportunities for optimization and cost savings.

Objectivity

Measure sustainability through a rigorous and reproducible method, providing a solid data foundation for strategic decision-making.

Impact reduction

Lower the environmental footprint of products and processes, creating a positive ripple effect on costs related to waste and resource consumption.

Verifiable data

Study results provide a robust scientific basis, essential for environmental communication, certifications and participation in public tenders.

How an LCA (Life Cycle Assessment) is structured

An LCA analysis follows a structured and standardized path, divided into four sequential and interconnected phases. Understanding these phases is key to grasping how the analysis is built and the foundations upon which the final results rest.

Goal and scope definition

The scope of the study defines the system boundaries, establishing which processes and life cycle stages are included in the analysis. The level of detail varies depending on the subject and the intended use: both the depth and breadth of the study can differ significantly based on the specific objectives to be achieved.

Life Cycle Inventory (LCI) Analysis

In this phase, all input and output flows of the analyzed system are collected and cataloged: this is known as the LCI (Life Cycle Inventory). The inventory constitutes the database upon which the entire study is built, gathering all the information necessary to achieve the objectives defined in the initial phase.

Life Cycle Impact Assessment (LCIA)

The LCIA is the phase where the data collected during the inventory is translated into environmental impact indicators. The objective is to provide a clearer and more meaningful interpretation of the LCI results, allowing for a concrete understanding of the environmental implications associated with the analyzed system.

Interpretation

The final phase gathers and systematizes the results of the LCI and LCIA, interpreting them in light of the goals and scope defined at the outset. The resulting analyses serve as the starting point for formulating conclusions, recommendations and operational decisions.

LCA & Ecodesign

LCA & Ecodesign: complementary tools, distinct functions

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Identity

LCA is a tool for analysis and measurement; Ecodesign is a tool for design and intervention.

Function

LCA quantifies a product’s environmental impacts throughout its entire life cycle; Ecodesign uses that data to reimagine the product through a sustainable lens.

Output

LCA provides scientific data on emissions, energy consumption and impacts on air, water and soil; Ecodesign provides concrete design choices to reduce those impacts.

Relationship

LCA precedes and informs Ecodesign: without an accurate measurement of impacts, it is impossible to intervene effectively on the product.

From impact measurement to certified communication

EPD certifications become a true competitive advantage when they grant access to new tenders and strengthen the bond of trust with conscious consumers.

Through EPDs, companies voluntarily report the environmental performance of their products. These declarations offer a comprehensive overview of the life cycle, transforming technical data into certified and comparable information.

The issuance of an EPD certification requires an LCA analysis as a prerequisite. This choice allows the company to share accurate and transparent environmental data, generating tangible value in relationships with all stakeholders, both internal and external.

FAQ

How long does the LCA process take?

The completion of an LCA analysis typically takes between 4 and 8 weeks, depending on the availability of technical information. In contrast, rapid screenings can be completed within a timeframe of 2 to 3 weeks.

Is LCA analysis a legal requirement?

Although it remains a voluntary choice, LCA analysis is rapidly becoming an essential requirement. Costumers, supply chain partners and contracting authorities increasingly demand it as concrete proof of ESG commitment and as a preferential criterion in public tenders.

How much does an LCA analysis cost?

The cost of an LCA study is not fixed: it depends strictly on the complexity of the product and the strategic objectives of the investigation.

Is LCA analysis focused exclusively on environmental protection?

Absolutely not. Beyond ecological aspects, LCA represents a management lever that allows for the optimization of production costs, increased process efficiency and the refinement of product design – thereby boosting the company’s overall competitiveness.

Are LCA and EPD synonyms?

No, they have distinct but complementary roles. The LCA acts as the analytical “engine” of the study, while the EPD serves as the visible “bodywork”: a certified document that translates technical calculations into transparent information for the market.

Can LCA analysis be managed internally by the company?

While this is a viable option, it requires the employment of expert personnel, the purchase of specialized software and the constant updating of environmental databases.
Relying on external consultancy allows for a faster timeline, ensures scientific accuracy and streamlines the verification process by certification bodies.

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