Industrial Facilities

When the containing of hazards is high priority, it’s important to assess the associated risks and mitigate against them at early design.

Contact Us

Contact Us

Key contact

Claudine Lee

Associate Director, Built Environment, Asia Pacific

Hong Kong, China

+852 2815 2221

Industrial Facilities

Managing hazards associated with the process industry can help prevent incidents resulting from the release of chemicals and other sources into the environment, which can have severe impacts on personnel and the public.

With extensive knowledge of Process Safety and Management (PSM), we are able to provide a series of risk management support services specifically for the Utilities and Process Plant sectors. Using a number of risk and modelling tools & techniques, we assist in identifying and quantifying hazards in design, construction and commissioning, providing design and operating solutions to reduce or minimize the potential risk to personnel and assets.  We are able to provide a clear visualization of the hazards, identify critical barriers and offer recommendations for risk reduction to as low as reasonably practicable.

Our services include:

  • Hazard Identification studies and workshops
  • Fire and Explosion Assessment
  • Fire and Gas Detection Mapping Study
  • Smoke and Gas Ingress Analysis
  • Temporary Refuge Impairment Analysis / Occupied Building Risk Assessment
  • Safety Integrity Level (SIL) Study / Layers of Protection (LOPA) Study
  • Reliability, Availability & Maintainability (RAM) Study
  • Hazardous Areas Classification

Related Projects

Cumulative Risk Assessment of Industrial Facilities in China

BMT was invited by a global financing and development institution to conduct a cumulative risk assessment of its three major industrial facilities in Nansha, Pearl River Delta and to review its industrial hazard risk management system.

EPC-stage HAZOP Study for a Polystyrene Plant

BMT identified and provided solutions to potential hazards and operability and maintainability problems for a polystyrene plant in Egypt.

HAZOP and SIL Studies for New Furnaces and Ethylene Tank Project in Qatar

Works were for the Boil-Off Gas (BOG) Compressor and Blower Packages of the Project as part of the Hazard Review Process during the Project's EPC phase.

Hydrogen Plant Explosion and Vent Gas Dispersion Assessments

BMT has been commissioned by an International Gas Supplier to conduct an Explosion Impact and Vent Dispersion study for three proposed hydrogen plants to assess the explosion overpressure impacts due to catastrophic failure of selected equipment.

Offshore Safety Studies for PCIC

BMT has been commissioned by the Client to conduct the Safety and Technical Studies for the Procurement, Construction, Installation and Commissioning (PCIC) Phase for Surface Facilities and the Infield Flowline for the Gas Field Development Project located offshore Central Java, Indonesia.

Power Plant Risk, Environmental and Social Assessment, China

BMT was commissioned by International Finance Corporation (IFC) to review the environmental and social management system (ESMS) of Guangzhou Development Industry Holding Co. Ltd. (GDIH), a subsidiary of IFC.

Review of HSSE Management Systems for a major oil and gas corporation in China

BMT's objective was to aid the client in putting in place a HSSE management system based on scientific principles, as welll as discourage variant HSSE practices across the companies managed by the corporation.

Safety Engineering Support to FPSO Modification Works

BMT has been engaged by Client to provide full-time safety engineering support for an offshore Floating, Production, Storage and Offloading (FPSO) modification project.

Safety Studies Support for an FSO Conversion, Banyu Urip Field Development Project

BMT has been commissioned by a shipyard owner to conduct third-party risk assessment and loss prevention studies for the conversion of a Very Large Crude Carrier (VLCC) cinto a Floating Storage and Offloading (FSO) facility, as part of the Banyu Urip Field Development Project.