Knowledge Hub

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The system supports quick response to abnormal changes in the operation of electrolyzers and realizes safe operation.

Start for Free (Beta Version)

Asahi Kasei electrolyzer users can access Knowledge Hub by registering and logging in.

Accelerating problem-solving and reinforcing operational stability

  • Reduce Cause Identification Time

    Operation of Electrolyzer is a complex process requiring extensive expertise. When anomalies occur, devising appropriate countermeasures can be challenging. Our tool assists in developing effective solutions efficiently.

  • Prevent Anomaly Escalation

    Early intervention can often prevent minor issues from becoming major problems. This tool helps assess the severity of operational deviations, supporting timely and informed decision-making.

  • Implement Mechanism-Based Solutions

    After identifying an issue's source, effective countermeasures require understanding the underlying mechanisms. Our tool explains causal mechanisms, enabling you to tailor responses to your specific operational environment.

  • Streamline Internal Reporting

    For each symptom, the tool provides detailed explanations of potential causes and mechanisms. This feature simplifies documentation and communication of identified issues to stakeholders, saving time and resources.

Key Features

Designed for intuitive navigation from potential causes to root cause identification

  • Symptom-Based Cause Identification

    Generate a list of potential causes based on keyword searches and contextual inputs, enabling quick initial analysis.

  • Symptom Progression Visualization

    Display potential symptom progressions based on symptom relationship, providing insight into how issues may evolve.

  • Root Cause Article Navigation

    Efficiently guide users to relevant root cause articles based on identified surface symptoms, supporting iterative refinement of the root cause analysis.

  • Time-to-Identify Estimation

    Provide estimated time requirements for identifying specific symptoms, allowing for efficient prioritization of investigation efforts.

How to Use

Identify deeper root causes by starting with observable symptoms in the field

  • 1

    Step 1: Search for Symptoms

    Begin by entering the symptoms observed in the electrolytic cell. The Knowledge Hub will provide a list of potential causes based on your input.

  • 2

    Step 2: Select Relevant Symptoms from Options

    Review the list of potential causes and select the symptoms that match your situation. Each symptom card includes an estimated investigation time, allowing you to prioritize easily verifiable issues that don't impact operations.

3

Step 3: Navigate to Deeper Causes from Identified Symptoms

Each article provides comprehensive information, including:
・Methods to verify if the symptom matches your situation
・Explanation of the symptom's occurrence mechanism
・Temporary measure
・Long-term solutions
This information helps you understand the origin of the symptoms and assess potential risks. If you need to investigate further, you can navigate to articles addressing more fundamental causes, providing more detailed explanations of root causes and countermeasures.

  • 4

    Step 4: Share Findings with Your Team

    You can bookmark articles used in the root cause identification process. This allows you to easily share the relevant information with team members, ensuring a common understanding of the situation before implementing countermeasures.

  • 5

    Step 5: Implement Countermeasures

    Beyond explaining the mechanisms of the root cause and verification methods, we provide information on operational improvements and equipment upgrades to prevent recurrence. This comprehensive approach supports effective long-term solutions.

Use Case Example

Our tool can be used in various scenarios to enhance stable operation of electrolytic cells.
Here is an illustrative example:

  • 1

    Current efficiency is decreasing, cause unknown

    Gradual decrease in current efficiency observed. Unclear if it is simple aging or another factor.

  • 2

    Search for "Current Efficiency Decrease"

    Obtain potential causes, such as brine quality issues.

  • 3

    Navigate through suggested articles to identify root cause

    Determine that resin deficiency in the resin tower is the root cause.

FAQ

This service is available to employees of companies using Asahi Kasei electrolyzers who are registered members of the Ion Exchange Membrane Business Portal Site. Please click the "Start for Free (Beta Version)" button to use this service.
You can start using it by clicking the "Start for Free (Beta Version)" button. The terms of use will be displayed, and you can start using it by agreeing to them.
It's free to use.
Please refer to the "How to use" section on this page.。
We are sorry, but we cannot compensate you. If you have any doubts about your decision, please contact our TS staff.
No. You may not physically or electronically record, translate or copy any content contained in the Knowledge Hub, in whole or in part.
It is currently in beta version. More information will be added in due course.
Knowledge Hub is not designed or customized for each user. Please contact our TS staff.
We recommend using a PC, but it is possible.
Please use the "Contact Us" page on the Ion Exchange Membrane Business Portal Site.

Get started

Start for Free (Beta Version)

Asahi Kasei electrolyzer users can access Knowledge Hub by registering and logging in.