Engineering Authority • Malaysia

Engineering
Sustainable Solutions

Specialized steam boiler consultancy and turnkey project management for Southeast Asia's industrial sector. Engineered for reliability, sustained by thermal expertise.

Typical water tube biomass boiler installation used in Malaysian and Indonesian palm oil mills
SEMENYIH, MYS
SELANGOR

Core Capabilities

[ Specialized Operations ]
01/

Boiler Design & Engineering

Complete design solutions from detailed engineering to handover, including integration of modern control systems for reliable steam generation.

02/

Installation Supervision

On-site contractor engagement, safety briefings, and schedule control to ensure quality execution and full regulatory compliance.

03/

Commissioning & Handover

Coordinating instrumentation suppliers such as Yokogawa and Siemens, ensuring smooth commissioning and performance validation.

04/

Maintenance & Lifecycle Management

Preventive and corrective maintenance, refurbishment, and targeted upgrades that extend boiler life while improving safety, efficiency, and emission performance.

05/

Energy Audits & Optimization

Efficiency studies, waste heat and condensate recovery, combustion tuning, and fuel-switching assessments to reduce fuel use, emissions, and operating cost.

06/

Project Management

End-to-end management of fabrication, installation, and commissioning, including vendor evaluation and risk or cost analysis.

07/

Boiler Health & Compliance Assessment

Practical site walk-downs, log-book review, and instrumentation checks for small-scale boiler operators. Independent reports aligned with JKKP/DOSH and BS 1113 expectations, with vendor-neutral recommendations to close compliance gaps.

Typical Water Tube Biomass Boiler Specifications

[ Malaysian Palm Oil Mill Reference ]
Steam Capacity 20 – 80 t/h
Design Pressure 20 – 45 bar (up to 60 bar available)
Steam Temperature Saturated or superheated to 450 °C
Fuel Types Palm kernel shell, EFB, mesocarp fibre, wood chips, rice husk
Thermal Efficiency 80 – 88 % (LHV basis)
Combustion System Step/travelling grate or bubbling fluidized bed
Emission Standard Malaysia DOE / Environmental Quality Act compliance
Feedwater Treatment Softener, deaerator, chemical dosing, TDS control
Control System Yokogawa / Siemens DCS with PLC safety interlocks
Typical Applications Palm oil mills, refineries, oleochemical plants, biomass power

Specifications are representative of water tube biomass boilers commonly supplied to Malaysian and Indonesian palm oil mills, including installations built to Mechmar and Petra-equivalent standards. Exact ratings depend on site steam demand, fuel analysis, and statutory requirements.

Codes, Standards & Statutory Requirements

[ Malaysia Compliance ]

BS 1113 & Equivalent Design Codes

Water tube boilers supplied and engineered for Malaysian industry are generally designed and fabricated to BS 1113 (Specification for water-tube steam generating plant), ASME Section I, or equivalent internationally recognised pressure-vessel codes. These govern material selection, weld procedures, hydrostatic testing, safety margins, and non-destructive examination.

  • >Design pressure and temperature ratings
  • >Stress analysis and fatigue life assessment
  • >Welding qualifications and NDT acceptance criteria
  • >Hydrostatic test and performance guarantee protocols

JKKP / DOSH — Factories & Machinery Act 1967

Steam boilers in Malaysia fall under the Department of Occupational Safety and Health (DOSH), formerly JKKP. The Factories and Machinery Act 1967 (Act 139) and the Steam Boiler and Unfired Pressure Vessel Regulations require registration, periodic inspection, and operation by competent persons.

  • >Design approval and fabrication inspection by DOSH-authorised inspectors
  • >Annual thorough examination of steam boilers and safety valves
  • >Competent Person (Boiler) certification for operation
  • >Incident reporting and statutory record keeping

DOE — Environmental Quality Act 1974

Biomass boiler emissions are regulated by the Department of Environment (DOE) under the Environmental Quality Act 1974. Palm oil mills, refineries, and biomass power plants must comply with prescribed emission limits for particulates, sulphur oxides, nitrogen oxides, and opacity.

  • >Stack emission monitoring and reporting
  • >Dust collection, multicyclone, and bag filter systems
  • >Fuel handling and ash disposal compliance
  • >Environmental Impact Assessment (EIA) where applicable

How Agnitherm Supports Compliance

We align every boiler project with the applicable design code and Malaysian statutory framework from concept to handover. Our scope includes liaison with DOSH-authorised inspectors, preparation of technical documentation, and integration of emission control systems to meet DOE requirements.

  • >Technical file preparation for DOSH design approval
  • >Inspection and test plan (ITP) coordination
  • >Emission control system specification and sizing
  • >Handover documentation and operator training

Note: Statutory interpretation can evolve. Agnitherm works alongside DOSH, DOE, and appointed inspectors to ensure each project meets the current regulatory position. The above is provided as general guidance and should be confirmed against the latest official instruments for your specific installation.

[ Sustainability ]

ESG & Boiler Life Extension

Where replacement is not immediately practical, Agnitherm helps mill operators extend boiler life through targeted efficiency, emission, and safety improvements aligned with modern ESG expectations.

  • >Combustion tuning and heat recovery
  • >Emission control and DOE compliance support
  • >Biomass co-firing and fuel optimisation
  • >Safety interlock and DOSH recertification support

Detailed methodology, instrumentation, and commercial terms are discussed under confidentiality.

[ Scope of Works ]

Project Development & Engineering Services

  1. 01 Steam boiler revamps and refurbishment for palm oil mills and refineries.
  2. 02 Project management services for waste-to-energy and renewable energy projects.
  3. 03 Heavy machinery and quarry/mining plant repair, maintenance and operations services.
  4. 04 Process facilities building maintenance and repair services.
  5. 05 Technology partner sourcing and JV facilitation services.

The Agnitherm
Protocol

Engineering is not about opinion; it is about measurable thermal equilibrium and disciplined execution.

Total Project Transparency
Safety-First Methodology
Phase 01

Assessment & Loading Analysis

We calculate peak steam demand and redundancy requirements based on your manufacturing outputs, operational hours, and growth plans.

Phase 02

Technical Specification

Detailed P&ID drawings, equipment schedules, and vendor shortlists are developed to ensure long-term serviceability and compliance.

Phase 03

Execution & Commissioning

On-site management during fabrication, installation, and the critical startup phase, followed by rigorous performance verification.