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LCA Training for Saudi Aramco Engineers | DEISO Case Study

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Enterprise Case Example

Strengthening Internal LCA Implementation Capability for Saudi Aramco Engineers Through an Integrated Technical Sustainability Approach

DEISO supported a team of Saudi Aramco engineers through a structured technical engagement designed to strengthen internal Life Cycle Assessment capability, standards-aligned methodological understanding, and practical interaction with end-to-end LCA execution workflows for enterprise sustainability and carbon evaluation contexts.

How Capacity Building Was Positioned in This Engagement

This engagement should not be interpreted as a standalone training service. It was delivered as part of DEISO’s broader technical sustainability approach, where capacity building is integrated to strengthen internal implementation environments, methodological consistency, and enterprise-level readiness for applied LCA work.

DEISO’s role was to support stronger internal capability to interact with LCA systems, data structures, impact assessment logic, and interpretation workflows—not to position the company as a training provider.

Executive Summary

DEISO delivered a five-day intensive professional engagement in Tokyo for a team of Saudi Aramco engineers, focused on strengthening internal capability to design, structure, interpret, and execute Life Cycle Assessment studies aligned with ISO 14040 and ISO 14044.

The engagement moved participants from foundational awareness toward stronger practical readiness for end-to-end LCA work, supporting enterprise sustainability evaluation, internal carbon-related analysis, and preparation for more advanced applications such as EPD and PCF.

Client Profile

  • Organization Type: Global integrated energy company
  • Region: Saudi Arabia
  • Team Profile: Engineering professionals
  • Engagement Focus: Internal LCA implementation capability and practical study execution
  • Capability Level: Foundational to practitioner-oriented development track

Strategic Challenge

The client team required structured capability development in Life Cycle Assessment to support internal sustainability and carbon evaluation initiatives across complex engineering systems.

  • Limited experience with ISO 14040/14044-aligned LCA methodology
  • Difficulty defining goal, scope, and system boundaries for complex systems
  • Gaps in Life Cycle Inventory data structuring and modeling logic
  • Limited practical experience in impact assessment and results interpretation
  • Reduced confidence in independently executing end-to-end LCA studies

These limitations constrained the organization’s ability to evaluate environmental performance, support internal sustainability strategies, and prepare for advanced lifecycle applications.

DEISO’s Integrated Technical Role

DEISO acted as a technical sustainability partner, designing a structured capability-building engagement within a broader lifecycle implementation context. The work integrated methodology clarification, applied modeling logic, standards alignment, and interpretation-focused technical support.

Rather than delivering generic LCA training, DEISO strengthened the internal implementation environment required for more consistent, standards-aligned, and operationally relevant lifecycle assessment work.

Technical Execution

The engagement was delivered over 5 full business days (40 hours) and structured around three interrelated areas required for enterprise-grade LCA capability development:

  • LCA Methodology (ISO 14040/14044): goal and scope definition, system boundary selection, functional unit development, and allocation logic
  • Life Cycle Inventory (LCI) Modeling: data collection strategy, process mapping, flow modeling, and the use of databases and emission factors
  • Life Cycle Impact Assessment (LCIA) and Interpretation: impact category selection, contribution analysis, hotspot identification, and decision-oriented interpretation

Participants worked through step-by-step LCA model development, guided exercises in LCI structuring, impact assessment application, and interpretation of results for engineering and sustainability decision-making.

Applied engagement method: guided modeling exercises simulating real LCA projects, iterative feedback loops to correct methodological errors, and practical problem-solving around complex system boundaries. This helped participants move from raw data toward structured, interpretable lifecycle results.

Measurable Outcomes

By the end of the engagement, participants demonstrated stronger practical readiness to structure and execute LCA studies more independently and with greater methodological confidence.

End-to-End LCA
Stronger ability to design and carry out full LCA studies across real engineering systems
~70%
Improvement in system boundary definition accuracy during the engagement
Advanced Readiness
Improved preparedness for applications such as EPD, PCF, and broader lifecycle-based sustainability analysis
  • Stronger capability in LCI modeling and data structuring
  • Improved understanding of impact assessment and hotspot identification
  • Reduced methodological errors in goal and scope definition
  • Enhanced confidence in applying LCA to real engineering systems

Strategic Value

Participants advanced from basic awareness toward stronger practitioner-level readiness, enabling more effective internal LCA execution, support for carbon footprinting and sustainability assessments, and reduced dependency on external support for foundational lifecycle work.

Why This Engagement Matters

Many LCA offerings in the market focus on theory or isolated software use. This engagement was structured to strengthen standards-aligned methodology, applied implementation logic, and practical execution capability across real-world industrial systems.

Engage with DEISO

Strengthen internal lifecycle capability through an integrated technical sustainability approach that supports methodological quality, enterprise implementation readiness, and stronger application of LCA in real operational contexts.

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