Biomass Boiler for Sugar Mill – 2 Sets (200 t/h) (Philippines, 2015-2016)
ASME-compliant biomass boiler twin units with phased installation and synchronized commissioning for enhanced sugar mill cogeneration capacity.
Project Gallery
Detailed views of the twin-unit biomass boiler project
Biomass Boiler Twin Units (2 Sets, 200t/h each)
High-capacity cogeneration system for sugar mill
Factory Production
Synchronized manufacturing for twin-unit delivery
Boiler Pressure Components
High-efficiency water-wall and tube assemblies
First Unit Installation (2015)
Initial unit commissioning and performance validation
Boiler Drum Installation
Critical pressure vessel with internal components
Supporting Structure
Engineered steel framework and platform systems
Second Unit Installation (2016)
Completion of twin-unit deployment
Dual-Unit Commissioning
Performance testing and operational handover
Project Snapshot
Core project information at a glance
Project Information
| Field | Value |
|---|---|
| Product | Biomass Boiler for Sugar Mill – 2 Sets (200 t/h each) |
| Design Code | ASME |
| Country / Region | Philippines |
| Year | 2015, 2016 |
| Industry / Application | Sugar Mill Cogeneration |
| Scope Type | Twin-Unit Boiler System Supply |
Client Core Needs
Key requirements for capacity expansion
Doubled Capacity Requirement
Expand cogeneration capacity to support increased sugar production
Phased Implementation
Sequential delivery across 2015-2016 to minimize operational disruption
Consistent Quality Standards
Identical ASME-compliant units for simplified operation and maintenance
ORL Solution
Comprehensive twin-unit delivery strategy
Standardized Twin-Unit Design
Identical ASME-compliant specifications for both units
Synchronized Manufacturing Schedule
Coordinated production for sequential delivery
Bagasse-Optimized Combustion System
Custom design for sugar cane residue firing
Phased Installation Management
First unit (2015), second unit (2016) with minimal downtime
Unified Quality Control Protocol
Consistent inspection and testing across both units
Complete Documentation Package
Separate acceptance records for each unit
Quality & Documentation Package
Comprehensive quality assurance for twin-unit projects
Material Certificate / EN 10204 3.1
(as required)
Full Traceability
(heat no. tracking)
Dimensional Inspection Report
Comprehensive measurements
Hydro Test Record
(if applicable)
ASME Compliance Verification
Code compliance documentation
ITP / QCP Support
(if required)
Third-party Inspection Support
(if required)
Separate Documentation Sets
Individual packages for each unit
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Required Information for RFQ
Drawing / product specification
Design code (ASME/EN/GB)
Operation conditions (pressure/temperature)
Required documentation & inspection
Quantity & delivery time