Thank you, DCI Engineers, for the outstanding presentation on 'The Significance of Embodied Carbon.' Your insights into reducing embodied carbon, understanding primary materials, and reviewing the life cycle assessment process have provided us with a deeper understanding of sustainable practices. We are grateful for your contribution to our learning and growth! 🌍🌿 #SustainabilityMatters #EmbodiedCarbon #ProfessionalDevelopment
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Quality Assurances Director for energya Industries Black Belt Lean Six Sigma Manufacturing ,Lead Auditor ISO 9001,14001,18001 and ISO 45001
Phases of Product Life Cycle
Chief Communications, ESG and Customer Excellence Officer | Certified Board Director | Top 50 Women Award
From Cradle to Grave or Life Cycle Assessment (LCA) is the scientific framework to assess and measure all environmental impact of a product on the world around it. The objective of this assessment is to facilitate decision taking regarding the selection of a certain material, process or a product over one another with the ultimate objective of carbon footprint reduction or becoming more sustainable. The assessment starts from the raw material origin and upbringing, production, transportation, usage till waste. An example of an LCA application is comparing the environmental impact of electric vehicle Battery (EVs) to Internal Combustion Engine Vehicles over their life cycle.
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Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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SLB | MBA | API Q2 Lead Auditor | Management | Operations | Sales | Harvard Business School I Euclea Business School
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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Digital Solutions driven sales professional, with more than 18 years of experience in oil, gas and energy industry, building long term relations base in results and trust
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
Three things must be considered when selecting a carbon storage site: integrity, economy, and size. But how can we expect to validate those requirements without the right data? If we want a pragmatic solution to accelerating CCUS project development, then we need to combine science, tech, and policy in a way that makes all decisions more traceable and transparent. Two of SLB’s very own carbon solutions leaders explain how: https://bit.ly/3tfkQD9
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