Client Brief
Brunei Methanol Company (BMC) is a leading petrochemical company in Brunei, specializing in methanol production. Operating within a highly regulated chemical manufacturing environment, BMC faces stringent requirements for operational safety, environmental compliance, and process governance. Every aspect of its operations is guided by Health, Safety, and Environmental (HSE) standards, ensuring workplace safety, regulatory adherence, and sustainable practices across all processes.
To maintain excellence and mitigate operational risks, BMC leverages operational safety and compliance management software, automating workflows for incident reporting, audit management, and regulatory compliance tracking, thereby safeguarding both its workforce and the environment.
Understanding the Core Safety Processes at BMC
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Job Hazard Analysis (JHA)
For a high-risk chemical production environment like BMC’s, Job Hazard Analysis has a crucial role in operational safety. Every job or maintenance task, from equipment servicing to plant inspection requires a systematic breakdown of associated hazards. The JHA process ensures that all potential risks are identified, evaluated, and mitigated before work begins. This analysis involves recognizing the nature of the task, identifying hazards, determining existing controls, and defining additional safety measures if residual risk remains. For BMC, JHA isn’t just a compliance checkbox it is a stringent practice of their commitment to a zero-incident safety culture
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Permit to Work (PTW)
PTW is a formal approval mechanism that grants clearance for specific high-risk jobs under controlled conditions. At BMC, this system is indispensable for managing activities such as under highly critical areas such as:
- Hot H1 Work: Involving welding or cutting near flammable gases
- Hot H2 Work: High-temperature activities that pose explosion risks
- Cold Work: Mechanical tasks without ignition risks, but still requiring isolation
- Equipment Disjoint Permits: Used when dismantling interconnected equipment, which involves complex energy isolation and safety controls
Each permit type carries its own set of safety requirements, hazard checks, PPE validations, and approval hierarchies. Even a single missed step can lead to severe consequences from environmental hazards to personnel injury. Hence, a structured, digital PTW system is vital for BMC to ensure proper authorization, coordination, and traceability.
Challenges
BMC’s previous method of handling JHA and PTW processes was primarily paper-driven and manually coordinated. While it had served them over the years, the growing scale and complexity of operations exposed several limitations:
Operational Delays Due to Manual Processes
Approval of permits and hazard assessments involved multiple layers of sign-offs across departments. Physical documents had to be moved or scanned manually, often causing delays in task initiation especially for time-sensitive jobs.
Inconsistent Hazard Evaluation and Documentation
Hazard assessments varied in format and depth based on the individuals preparing them. There was no unified digital model to standardize how risks were recorded, evaluated, or mitigated which lead to compliance gaps and risk oversight.
Risk Management in Diverse Work Scenarios
Different permit types came with different risk levels. Like the Hot H1 Work would be of a high probability of fire in fuel-sensitive zones. Whereas Equipment Disjointing Work would require coordination between multiple teams to isolate valves, pipes, or energy sources and missing a step could jeopardize safety across the plant. Handling these diverse conditions on paper introduced serious room for error.
Lack of Real-Time Tracking and Alerts
Supervisors had no real-time insight into the status of submitted permits or pending approvals. There were no automated notifications to escalate delays, leading to work stoppages or unsafe go-aheads.
Audit Inadequacy and Data Fragmentation
Since data was stored in paper files and scattered folders, conducting audits or internal reviews was laborious and often incomplete. This also hindered compliance reporting to regulatory bodies.
Requirement
BMC sought a robust digital transformation of its field safety and internal operational workflows. The need stemmed from the company’s dependency on physical paperwork, which made safety approvals cumbersome, error-prone, and difficult to track across departments.
Their goal was to eliminate the inefficiencies of manual systems and implement a platform that could be scalable, mobile-friendly, and adaptable for use on the shop floor, where time-critical decisions and approvals directly impact operational continuity and safety outcomes.
01 Digitize safety approvals, especially those related to high-risk tasks and hazardous work environments
02 Improve risk assessment through a structured Job Hazard Analysis (JHA) mechanism that reflects the complexity of plant operations
03 Automate the Permit to Work (PTW) system to cover different categories of permits and ensure compliance with regulatory norms and internal safety procedures
04 Support environmental governance, ensuring safety decisions align with the company’s sustainability objectives
05 Centralize financial decision-making, especially in terms of budget reallocation between departments
The Solution
To overcome these operational bottlenecks, our team developed and deployed a suite of three custom-built Canvas Apps using Microsoft Power Apps, Power Automate, and SharePoint Online. The apps were designed to streamline the end-to-end workflows for safety, compliance, and operational approvals.
Digitized Job Hazard Analysis App
This app enabled safety teams to create structured hazard assessments, calculate risk exposure using pre-configured logic, and identify necessary control measures. Approvals could be routed automatically through relevant personnel, from field officers to HSE managers and tracked in real-time.
Permit to Work App
This module provided a digital interface to initiate, validate, and approve permits depending on the nature of the job. The system captured critical details like hazard types, job location, PPE requirements, and precautions based on the selected permit type. Integrated with Power Automate, it also triggered real-time alerts and escalations. PDF versions of approved permits were auto-generated and archived for audit purposes.
Budget Reallocation App
This app streamlined financial workflows by digitizing the process of reallocating budgets between departments. It included configurable approval hierarchies, role-based access, and integration with dashboards hosted on SharePoint to ensure traceability and transparency.
Results & Business Benefits
Improved Safety Control and Culture
Formalized safety evaluations, faster approvals, and centralized documentation helped BMC reinforce a culture of proactive safety across the organization. The platform reduced incidents through real-time visibility and consistent enforcement of safety standards.
Reduced Operational Delays
With digital approvals and automated escalations, tasks that earlier required hours or days were now completed in minutes. Field teams could access apps on tablets and smartphones, enabling approvals on the go.
Regulatory Compliance and Audit Readiness
The IMS system Standardized documentation formats, automated data capture, and centralized storage ensured that safety practices were always aligned with regulatory expectations and audit requirements.
Enhanced Risk Management for High-Hazard Jobs
The app distinguished and handled complex permit types (Hot H1, H2, Cold Work, etc.) through logic-based validations and permit-specific workflows, significantly lowering the risk of oversight or error.
Transparent Financial Oversight
The budget app offered complete visibility into fund movement and supported planning decisions with reliable data, eliminating back-and-forth and manual intervention.
Scalable and Extensible Platform
Built on Microsoft Power Platform, the solution allows BMC to scale features, introduce new workflows, or extend the apps to other operational areas in the future with minimal effort
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