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EcoIN Data AI-Revolutionizing LCI Process Identification for LCA, PCF, EPD, and GHG Accounting.

AI-Powered LCI Process Intelligence

Revolutionizing LCI Process Identification for LCA, PCF, EPD, and GHG Accounting

Accelerate your sustainability workflows through instant, execution-grade LCI process identification across multi-database environments.

  • 130,000+ LCI processes
  • 28 databases
  • 90% time reduction
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Use EcoIN Data AI ( ecoin.deiso.ai ) to identify specific process(es) based on custom search criteria across 25 industry-leading databases. Find the most suitable process for your project from a database of over 130,000 LCI processes.

Execution-Focused AI Infrastructure

The First and Largest AI-Powered Platform for Execution-Grade Life Cycle Inventory (LCI) Process Identification

Built to strengthen technical execution across LCA, EPD, PCF, and GHG accounting, enabling faster, more accurate identification and retrieval of LCI processes for high-confidence sustainability delivery.

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Industry-Leading Databases
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LCI Processes
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Execution-Driven LCI Intelligence for High-Performance Sustainability Workflows

EcoIN Data AI (accessible at https://ecoin.deiso.ai ) is engineered to strengthen execution across LCA, PCF, EPD, and GHG accounting by enabling rapid, high-accuracy identification and retrieval of Life Cycle Inventory (LCI) processes. The platform directly addresses one of the most critical execution bottlenecks—manual, time-intensive LCI data research—reducing project timelines and operational costs while improving technical consistency.

By operationalizing LCI process discovery and validation, EcoIN Data AI enhances execution reliability and enables teams to deliver audit-ready, high-confidence sustainability outputs across complex project environments.

Unlike conventional LCA tools, EcoIN Data AI applies a proprietary AI-driven identification engine to automatically detect and retrieve relevant LCI processes across large-scale datasets. This execution-focused architecture reduces research effort by up to 70%, while improving accuracy, traceability, and decision confidence.

With an interactive AI interface, intelligent process matching, and advanced retrieval capabilities, the platform transforms LCI data search from a manual task into a structured, scalable, and execution-ready system.

Key Features: Execution-Grade Features for Scalable LCI Process Identification

EcoIN Data AI is engineered to operationalize LCI process identification across complex sustainability workflows—reducing manual effort, improving accuracy, and enabling audit-ready execution across LCA, EPD, PCF, and GHG systems.

AI LCI Process Intelligence

Automatically identifies and retrieves high-accuracy LCI processes across LCA, EPD, PCF, and GHG workflows—eliminating manual search complexity.

Multi-Database Integration

Access over 130,000 LCI processes across 28 leading databases—enabling consistent, scalable, and globally aligned execution. :contentReference[oaicite:0]{index=0}

Prompt & File-Based Identification

Extract and match LCI processes directly from user prompts or uploaded files—accelerating execution and reducing interpretation errors.

Structured LCI Modeling Wizard

Build cradle-to-grave LCI systems through guided workflows—ensuring structured, repeatable, and standards-aligned execution.

Upstream & Downstream Segmentation

Isolate and analyze lifecycle stages before and after production—supporting precise scope definition and system boundary control.

Process Alternatives & Substitution

Identify equivalent or localized processes across databases—ensuring continuity, flexibility, and comparative modeling capability.

70% Time Reduction

Accelerates LCI identification and structuring—reducing research time and enabling faster sustainability project delivery. :contentReference[oaicite:1]{index=1}

Dual Mode Execution

Switch between simple and advanced modes—supporting both rapid insights and structured lifecycle modeling outputs.

Audit-Ready Data Outputs

Deliver structured, traceable LCI outputs aligned with ISO standards—supporting verification-ready sustainability reporting.

Execution Challenges Solved by EcoIN Data AI

Manual LCI Research Bottlenecks

Eliminates time-intensive manual navigation across multiple databases—transforming fragmented LCI research into a fast, execution-ready process.

Inefficient Multi-Database Search

Replaces slow and inconsistent dataset searches with unified, AI-driven LCI process identification across LCA, PCF, EPD, and GHG accounting.

Execution Delays in Sustainability Projects

Accelerates LCI identification workflows—reducing delays in LCA, PCF, and EPD execution while improving delivery timelines and cost efficiency.

Limited Accessibility to LCA Execution

Operationalizes LCI process identification, enabling consultants, enterprises, and technical teams to execute sustainability workflows with reduced dependency on deep database expertise.

Inconsistent Process Selection

Improves LCI process accuracy and consistency—supporting correct dataset selection and strengthening audit-ready sustainability outputs.

Low Decision Confidence

Enhances data transparency and traceability—enabling high-confidence decision-making across product design, reporting, and environmental strategy.

Supported LCI Databases

EcoIN Data AI operationalizes multi-database LCI process identification by enabling execution across a broad set of leading databases. This strengthens retrieval coverage, improves dataset matching precision, and supports scalable delivery across LCA, EPD, PCF, and GHG accounting workflows.

# Database Name Version Processes (Datasets)
1ecoinventv3.1121,996
2EN15804 for ecoinventv3.1019,565
3IDEA (Inventory Database for Environmental Analysis)v24,447
4cm.chemicalsV2.0980
5MLC Database (Sphera/GaBi) – Professional CoreSP 2024.14,398
6MLC Database (Sphera/GaBi) – Electrics and ElectronicsSP 2023.1277
7MLC Database (Sphera/GaBi) – PlasticSP 2024.175
8MLC Database (Sphera/GaBi) – Recycling EconomySP 2024.127
9MLC Database (Sphera/GaBi) – Precious MetalsSP 2024.129
10MLC Database (Sphera/GaBi) Premium – Chemicals (Intermediates Organic)2024.1184
11MLC Database (Sphera/GaBi) Premium – Chemicals (Intermediates Inorganic)2024.139
12NREL USLCI Integrated DataSP 2024.15,242
13MLC Database (Sphera/GaBi) – Food and RenewableSP 2024.1517
14MLC Database (Sphera/GaBi) – ConstructionSP 2024.2152
15MLC Database (Sphera/GaBi) – Carbon CompositeSP 2024.2153
16Environmental Footprint Database (EF)v3.1103
17MLC Database (Sphera/GaBi) Premium – EnergySP 2024.2567
18Agribalysev3.1.117,557
19ELCD3.2608
20NEEDs (New Energy Externalities Developments for Sustainability)Initial Version922
21USDA Crop DatabaseInitial Version8,934
22BioEnergieDatInitial Version177
23OzLCI2019957
24worldsteel2020 (EF 3.0)36
25LLC-Inventories.ch – Biogas and Compost from Biowaste2.216
26ProBas 2329,112
27UVEK Datenbestand25,133
28Exiobase39,800
MLC refers to: Managed LCA Content.

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Explore EcoIN Data AI

Engage with the platform through guided demos or access structured documentation to understand execution workflows and capabilities.

DEISO Contact & Quotation Inquiry

Request Context

Indicate whether your request is related to a real project or organizational need.

Request Details Guidance

Provide a concise and technically relevant description of your request to support accurate evaluation and quotation.

To improve clarity and response speed, include:

  • Product, system, or organizational context
  • Requested service (e.g., LCA, EPD, PCF, GHG, Scope 3)
  • Objective (e.g., compliance, reporting, decision-making)
  • Target market or standard (e.g., EU, EN 15804)
  • Timeline or deadline (if applicable)

If your request is brief or unclear, our team may follow up to request additional details to support accurate technical evaluation.

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Contact Info.

English Address:
Level 21 Shiodome Shibarikyu Building
1-2-3 Kaigan, Minato-ku
105-0022 Tokyo, Japan.

Japanese Address:
〒105-0022 東京都港区海岸1-2-3
汐留芝離宮ビルディング21階, 合同会社DEISO.

Phone (JP): 03-5403-6479 / 0488-72-6373
Phone (EN): 070-6969-7700
Fax: 03-5403-6475 / 0488-72-6373
Email: info@dei.so

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