Life Cycle Assessment (LCA)

LCA is a method used to assess the environmental impacts of a product, service, or process from start to finish — “cradle to grave.” It looks at everything from raw material extraction to production, use, and disposal. It’s a powerful tool for spotting environmental hotspots, improving product design, and supporting claims like "low carbon" or "eco-friendly." International standards like ISO 14040/44 guide how LCA should be done. The main stages analysed as part of a life-cycle assessment are: -> making materials for the product from the raw materials -> manufacturing the product -> transport of the product (and raw materials) -> using the product -> disposing of the product at the end of its useful life

Legislation

The Ecodesign for Sustainable Products Regulation (ESPR) is a significant legislative initiative by the European Union (EU) aimed at enhancing the environmental sustainability of products throughout their entire life cycle. Adopted on June 13, 2024, as Regulation 2024/1781, the ESPR replaces Directive 2009/125/EC and is a central component of the EU's Green Deal and Circular Economy Action Plan. Key Objectives of ESPR: 1/ Broadening Product Scope: Unlike its predecessor, which focused mainly on energy-related products, the ESPR extends its reach to nearly all physical goods in the EU market, excluding only a few categories like food and medical products. This expansion ensures a comprehensive approach to product sustainability across various industries. 2/ Establishing Ecodesign Requirements: The regulation sets a framework for ecodesign, encouraging manufacturers to create products that minimize environmental impact throughout their life cycle. This includes aspects such as durability, repairability, recyclability, and energy efficiency. 3/ Introducing the Digital Product Passport (DPP): A notable feature of the ESPR is the creation of a digital product passport, which provides detailed information on a product's environmental sustainability. Accessible via data carriers like QR codes or URLs, the DPP offers insights into a product's durability, repairability, recycled content, and availability of spare parts, aiding consumers in making informed purchasing decisions. 4/ Prohibiting Destruction of Unsold Goods: To combat waste, the ESPR introduces measures against the destruction of unsold consumer products. Starting July 19, 2026, large companies will be prohibited from destroying unsold textiles and footwear, with medium-sized companies following four years later. Small and micro-sized enterprises are exempt from this ban. Industries and categories: A preliminary assessment by the EC has identified that product categories such as textiles, furniture, mattresses, tyres, detergents, paints, lubricants, as well as intermediate products like iron, steel and aluminium, have high environmental impact and potential for improvement, and may thus be prioritised in the first workplan. To take into account individual characteristics and specificities of products, rules will be set product by product. However, where sufficient commonalities across certain products exist (such as electronic appliances or textiles), rules covering groups of products may be set. As mentioned above, these rules will apply equally to all products placed or put into service on the EU market, regardless of their origin - produced in the EU or imported. Expected Impact: The ESPR is anticipated to play a pivotal role in the EU's sustainability efforts. The European Commission estimates that by 2030, the regulation could save 132 million tonnes of primary energy, equivalent to approximately 150 billion cubic meters of natural gas, nearly matching the EU's previous imports of Russian gas. In summary, the ESPR represents a comprehensive strategy to promote sustainable product design, enhance consumer awareness, and facilitate the EU's transition towards a circular economy. 🔗 EP, EC, Lexology

The Right to Repair Directive is a significant piece of legislation adopted by the European Union (EU) to promote sustainability by encouraging the repair and reuse of consumer goods. Officially known as Directive 2024/1799, it was adopted on May 30, 2024, and aims to extend the lifespan of products, reduce waste, and bolster the repair sector. Key Objectives: 1/ Enhancing Repair Accessibility: The directive mandates that manufacturers provide timely and cost-effective repair services for their products, ensuring consumers can easily access repair options. 2/ Extending Product Lifespan: By facilitating repairs, the directive aims to prolong the life of consumer goods, thereby reducing the need for replacements and minimizing waste. 3/ Consumer Awareness: Manufacturers are required to inform consumers about their rights to repair, promoting a culture of repair over replacement. Key Provisions: -> Obligation to Repair: Manufacturers must offer repair services for their products, even after the warranty period has expired, unless the repair is factually or legally impossible. -> Extension of Legal Guarantee: Goods repaired under the warranty will benefit from an additional one-year extension of the legal guarantee, further incentivizing consumers to choose repair over replacement. -> Repairability as a Consumer Expectation: The directive includes "repairability" as a factor for assessing the reasonable expectations of consumers under the Sale of Goods Directive, encouraging manufacturers to design products that are easier to repair. Implementation Timeline: Adoption Date: The directive was adopted on May 30, 2024. Transposition into National Law: Member states have 24 months to incorporate the directive into their national laws, with compliance expected by the second half of 2026. 🔗 EP, EC

The Packaging and Packaging Waste Regulation (PPWR) is a comprehensive EU legislation designed to minimize packaging waste and promote sustainable practices across the European Union. Replacing the previous Packaging and Packaging Waste Directive (PPWD) 94/62/EC. The PPWR aims to harmonize national measures, strengthen the internal market, and transition towards a circular economy. Key Objectives: -> Prevent and reduce packaging waste through increased reuse and refill systems -> Mandates all packaging on the EU market to be recyclable in an economically viable way by 2030 -> Sets targets for incorporating recycled plastics into packaging, aiming to decrease reliance on virgin materials -> Aligns the packaging sector with the EU's broader goal of achieving climate neutrality by 2050 Key Provisions: -> Imposes restrictions on certain single-use plastics, such as pre-packed fruits and vegetables weighing less than 1.5 kg, and individual portions of condiments, sauces, and sugar in hotels, bars, and restaurants. -> Requires minimizing the weight and volume of packaging to avoid unnecessary waste. -> Establishes targets for a minimum percentage of recycled content in packaging by 2030 and 2040. -> Take-away businesses are required to offer customers the option to bring their own containers at no extra cost. -> Aims to minimize substances of concern, including restrictions on packaging containing per- and polyfluorinated alkyl substances (PFAS) if they exceed certain thresholds. By establishing these measures, the PPWR is expected to significantly reduce greenhouse gas emissions and water usage by 2030, while mitigating the adverse impacts of packaging and packaging waste on the environment and human health. 🔗 EC

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Inspiration

Guide

INTRODUCTION

The following guide aims to address some practical aspects related to the life cycle of buildings. An overview is given at a European level and then insights are developed on the Italian case and the voluntary BREEAM and LEED protocols.

The subject of LCA has existed for many years, but is now the focus of attention due to the increasingly stringent environmental demands linked to the subject of climate change.

Unfortunately, it is still a little known topic, especially in the translation and practical application of the literature. It is also often applied in an ‘unsustainable’ way.

STATE OF THE ART IN EUROPE

The current European situation is quite diverse. Some member states have guidelines on the use of LCA for buildings.

Some actually have numerical limits for carbon footprint and are included in local regulations, either as guidelines or as an obligation.

Others have no indication or refer to general guidance (such as the Level(s) framework).

What is being done is to inform as much as possible and to unify requirements, so as to facilitate comparisons and the achievement of targets on a large scale.

Guide

Environmental Product Declarations (EPDs) have become an essential tool for companies committed to transparency in their environmental impacts. By providing a standardized, third-party verified statement of a product’s life cycle environmental performance, EPDs enable companies to communicate credible and comparable data to investors, regulators, customers, and other stakeholders. This guide is aimed at sustainability professionals looking to refine their EPD processes, benchmark their performance against industry leaders, and integrate EPD insights into broader sustainability strategies.

Sustainability Consultant
Alice Escallier
Professional Experience

I'm an independent Sustainability Consultant, specialized in Life Cycle Assessment (LCA) and Carbon Footprint Assessment (GHG Protocol and Bilan Carbone® methodologies). I'm also trained on the B Corp assessment methodology Some of my achievements : - LCAs of multiple products and services using OpenLCA in the food industry and manufacturing industry ; - Corporate Carbon Footprint following the GHG Protocol ; - Bilan Carbone® of French companies following the Bilan Carbone methodology ;

LCA and Sustainability Consultant
Freelancer
Professional Experience

LCA and Sustainability ConsultantLCA and Sustainability Consultant FreelanceFreelance Jan 2021 - Present · 3 yrs 9 mosJan 2021 to Present · 3 yrs 9 mos In this role, I help companies develop environmental impact assessment models to gain knowledge, create more sustainable products via Ecodesign, and operate more sustainably. I follow Life Cycle Assessment frameworks such as: - ISO 14040 and 14044 - ISO 14064, 14067, and GHG Protocol - ISO 14025 - EN 15804+A2 - Life Cycle Cost - Social Life Cycle Assessment framework from the UN environment program and Life Cycle Initiative - Life Cycle Sustainability Assessment What I do: - Environmental Product Declarations (EPDs) - Product and Corporate Carbon Footprint calculations and reports - Life Cycle Sustainability Assessments - and supporting ESG and Corporate Sustainability Reports.

Alice Escallier
Sustainability Consultant
France, Barcelonnette
I'm Alice Escallier, a French sustainability consultant specializing in Life cycle Assessment. I also work on Product Carbon Footprint and Carbon Footprint Assessment, especially for manufactured goods and the food industry. I'm a trained B Leader and can also work on your CDP questionnaire completion.
Fabian Andres Diaz Sanchez
Sustainability and LCA consultant
Latvia, Riga
As a Sustainability Engineer with over a decade of experience in the chemical and energy sectors, my passion lies in driving cleaner production and sustainability initiatives. My expertise includes a deep involvement in the sustainability assessment of energy systems, supply chains, and products in the chemical and construction industries, where I’ve consistently demonstrated excellence. Robust reporting and communication skills have marked my professional journey. I thrive in challenging environments, bringing a positive outlook and assertive communication to influence positive outcomes at an organizational level. My ability to collaborate effectively with cross-functional teams has been instrumental in addressing complex, high-stakes issues. I am deeply committed to continuous improvement and adding value to my team. My approach is goal-oriented, delivering high-quality results while continuously enhancing my knowledge and skill set. My specific areas of passion include sustainability evaluations, carbon footprint analysis, corporate sustainability reporting, and ESG. I am well-versed in various sustainability frameworks such as GRI, DJSI, and the new Corporate Sustainability Reporting Directive (CSDR). My background is enriched by significant experience in the food and chemical industries, especially developing drilling and completion fluids for the oil and gas sector. As a researcher, I played a crucial role in energy-saving projects across various industrial sectors, actively involved in developing and implementing innovative technologies like ICCEE and LowTemp. Currently, I am finalizing my doctoral studies in Environmental Engineering. My experience extends to performing comprehensive sustainability assessments across product supply chains, developing LCA models, and creating EPDs for European construction companies. My current focus is on industrial LCA and EPD development, assisting companies in assessing their carbon footprint (in compliance with GHG protocol, ISO 14064, and 14067) and enhancing their corporate sustainability and ESG reports through integrating LCA/EPD insights. I possess strong proficiency in tools like Microsoft Office Suite, Jira, SAP, and quality assurance tools. My skills in data management and visualization are showcased through the use of Power BI, Python, and specific LCA applications such as SimaPro, GaBi, OpenLCA, OneClickLCA, and CarbonGraph.
Czechia, Prague
LCA Studio is an expert team from the Czech Republic conducting Life Cycle Assessment studies, developing and verificating EPDs, calculating carbon footprint, and offering other services dealing with Industrial Ecology and cradle-to-grave calculations.Their studies are fully in respect to international standards ISO 14040 and 14044 and ISO 14025 in the case of EPDs. LCA studies are helpful for minimalizing of environmental impacts of Production, products, services and organizations. Such studies are useful for customer communication, PR, research and development.
Andrea Paulillo
Researcher | Lecturer | Consultant | Sustainability | Life Cycle Assessment
United Kingdom, London

The Environmental Impacts Academy provides comprehensive online Life Cycle Assessment (LCA) courses across Europe for consulting and manufacturing companies. Environmental LCA helps companies understand the main drivers of their environmental impacts, and identify effective mitigating actions. The Academy can also find, train, and support a person to do an Environmental Life Cycle for the companies.

One Click LCA is the world’s leading construction sector Life-Cycle Assessment and Environmental Product Declaration software.

One Click LCA platform is used in over 100 countries, and it serves manufacturers, consultants, designers, contractors, and investors to decarbonize the entire construction value chain.

The software can be used for buildings, infrastructure, renovations, construction products and materials, and portfolios.

Earthster is a sustainability assessment tool empowering businesses to measure, analyze, and improve their environmental performance. Through life cycle assessment (LCA) methodologies, it provides insights into product impacts, guiding informed decisions for sustainable practices. With customizable features and accessible data, Earthster facilitates transparency and collaboration across supply chains, fostering a global community committed to reducing environmental footprints."

SimaPro's mission is to advance sustainability through cutting-edge life cycle assessment (LCA) solutions. Developed by PRé Sustainability, SimaPro champions fact-based sustainability insights to transform promises into tangible action. Utilizing life cycle assessment (LCA), it provides actionable data to quantify sustainability efforts effectively. With a focus on transparency and science-based information, SimaPro supports various applications including sustainability reporting, carbon footprinting, and sustainable product design. Through cloud-based modules like SimaPro Explore and SimaPro Share, teams can collaborate seamlessly while ensuring data confidentiality with ISO 27001 certification.

OpenLCA is a software tool for life cycle assessment (LCA) and sustainability professionals. It offers a user-friendly interface and robust features for analyzing environmental impacts throughout a product's life cycle. With OpenLCA, users can make informed decisions, optimize processes, and drive sustainability strategies. Join the community today and start maximizing your environmental impact assessments with OpenLCA

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