Life Cycle Assessment (LCA) for Sustainability Management

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Academia de Meio Ambiente

1:43:44

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1 - Introduction

1 - Introduction.mp4

04:13

1 - Introduction.zip

2 - The importance of LCA.mp4

03:08

2 - Life Cycle Assessment LCA Overview and First Phase

4 - Steps in the LCA process.mp4

02:55

5 - LCA Principles and key characteristics.mp4

04:44

6 - Benefits and limitations of LCA.mp4

04:46

7 - European SERENE project.txt

7 - Goal scope definition.mp4

07:46

3 - Life Cycle Inventory LCI

8 - LCI Overview.mp4

02:32

9 - Data Collection.mp4

04:22

9 - Data-Collection-Sheets.pdf

10 - Data Calculation.mp4

04:25

11 - Data Allocation.mp4

03:40

11 - LCI Example GHG and use of land and energy in Brazilian beef production.txt

11 - LCI Example International Aluminium Institute study.txt

11 - LCI Example World Steel study.txt

11 - LCI Example esuservicesch.txt

4 - Life Cycle Impact Assessment LCIA

12 - LCIA Overview.mp4

03:52

12 - US EPA Life Cycle Assessment Volume 1 chapter 3 LCIA.txt

13 - Impact Categories Category Indicators Characterization Models.mp4

03:31

14 - CML Method.txt

14 - Ecoindicator Method.txt

14 - GREENDELTA-Impact-assessment-methods-in-LCA.pdf

14 - LCIA Methods.mp4

04:33

14 - ReCiPe Model.txt

14 - TRACI Method.txt

15 - Classification.mp4

04:20

15 - LCIA-Classification-Examples.pdf

16 - Characterization.mp4

04:57

16 - LCIA-Profile.xlsx

17 - LCIA Optional Elements.mp4

05:21

5 - Results Interpretation

18 - LCA Interpretation Part 1.mp4

07:00

19 - LCA Interpretation Part 2.mp4

04:38

6 - Next steps Reporting and Critical Review

20 - Reporting.mp4

03:42

20 - Reporting-Items.pdf

21 - Critical Review.mp4

03:34

7 - Tools and Resources for LCA

22 - Ecoinvent.txt

22 - JRC Data Catalogue European Platform on Life Cycle Assessment.txt

22 - OpenLCA.txt

22 - Product Sustainability Software Data Sphera.txt

22 - SimaPro LCA software.txt

22 - Software and databases for LCA.mp4

04:30

22 - US Life Cycle Inventory Database NREL.txt

23 - European Platform on LCA EPLCA.txt

23 - ISO 140252006 Environmental labels and declarations Type III environmental declarations Principles and procedures.txt

23 - ISO 140402006 Environmental management Life cycle assessment Principles and framework.txt

23 - ISO 140442006 Environmental management Life cycle assessment Requirements and guidelines.txt

23 - International standards and guidelines for LCA.mp4

04:33

23 - Life Cycle Initiative.txt

8 - Conclusion

24 - 2020-lca-tetra-pak-european-market.pdf

24 - LCA Application.mp4

03:21

24 - LCA-Report-2019-final.docx

24 - Report-Scooters-in-Berlin.pdf

25 - Course Conclusion.mp4

03:21

Description

Life Cycle Assessment - Understanding Principles and Requirements

What You'll Learn?

Learn about the fundamental ideas behind sustainable practices with LCA and their importance in the modern world.
Explore the step-by-step process of conducting a Life Cycle Assessment, from data collection and analysis to impact assessment and reporting.
Learn how to quantify and assess the environmental effects linked to various stages of a product's life cycle
Discover how LCA can be integrated into business strategies, including supply chain optimization, and effective communication of environmental initiatives.
Use LCA results to make informed decisions for reducing environmental footprints

Who is this for?

Professionals in Sustainability and Environmental Management

Sustainability Managers and Practitioners

Environmental Engineers and Consultants

Product Development and Supply Chain Specialists

Business Leaders and Entrepreneurs

Students and Researchers Interested in Sustainability

What You Need to Know?

No specific prior knowledge required

Familiarity with environmental management topics is helpful

Basic understanding of sustainability concepts is helpful

More details

Description
Welcome to our amazing course on Sustainability Management with Life Cycle Assessment (LCA). In a world where protecting the environment is of utmost importance, both businesses and people are looking for ways to lessen their ecological footprint.
In this context, this course is designed to give you the knowledge and abilities to comprehend, apply, and excel in sustainable practices using the powerful tool of Life Cycle Assessment.

Life Cycle Assessment is a systematic methodology used to compile and evaluate the inputs, outputs and the potential environmental impacts of a product system throughout its life cycle [ISO 14040].

In this course you will learn the fundamentals of how to conduct LCA analyses for products, processes, and services. Recognize the best methods for data collection and analysis, evaluating environmental impacts, and spotting improvement opportunities. Discover how to integrate sustainability and LCA into business strategies. Investigate supply chain optimization, effective environmental communication, and the development of sustainable products.

After attending this course, you will understand the structure and requirements to carry out a LCA study and you will be able to explain the main concepts, features and benefits for a organization and/or society.

Key topics covered in this course are:
Life Cycle Assessment fundamentals and its mains steps
Life Cycle Inventory
Life Cycle Impact Assessment
Interpretation, critical review and reporting LCA resutls
Who this course is for:
Professionals in Sustainability and Environmental Management
Sustainability Managers and Practitioners
Environmental Engineers and Consultants
Product Development and Supply Chain Specialists
Business Leaders and Entrepreneurs
Students and Researchers Interested in Sustainability

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The Environmental Academy is a project designed to bring relevant knowledge to environmental professionals, sharing practical information for those who work with the subject.The project is an undertaking of Mateus Amorim, an environmental engineer, entrepreneur and experienced trainer who has been working in the environmental management field for over 8 years.He has experience in quality management systems, licensing, environmental project execution and environmental pollution control.He acts objectively in his projects, seeking to be practical, direct and efficient in his activities. He is enthusiastic about development and continuous improvement, bringing the characteristics of objectivity and practicality to the growth of himself, his team and his students.

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