Made In Indonesia · EPCM Specialists
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From 3km overland conveyors to 10,000 DWT jetties, mining camps to fertilizer plants — Rexline Engineering delivers full-scope EPCM solutions across Indonesia and beyond.
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750+
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10+
Provinces
500t
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Project Portfolio
Delivered EPCM projects across Indonesia. Click any image to view full size — use ← → keys to navigate.
Conveyor
Sebalang, Lampung
EPCM 3 KM Overland Conveyor
950 Tons Fabrication Inhouse · 100% Made in Indonesia · 3 KM Overland Conveyor System
EPC Consultancy
- Soil Inspection
- Bill of Quantity for Construction
- Technical Study & Detailed Engineering Drawing
- Detailed Design & Specification of the Overland Conveyor
- Bill of Quantity
- Complete Conveyor Designing
Fabrication Inhouse · 950 Tons
- Steelwork
- Platework
- Rebar
- Structure 950 Tons
- Roller
- Bracket
- Pulley
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
- Fire Fighting
- Survey Elevation & Excavation
- Rebar & Form Works
- Mobile Batching Plant (Cement, Sand & Gravel)
Conveyor Peripheral
- Drive System
- Roller System
- Belt
- Weighing System
Engineering Discipline
CivilMechanicalElectricalInstrumentation
Dry Test & Wet Test Commissioning
Infrastructure
Murung Raya, Central Kalimantan
EPCM Construction Infrastructure
Workshop & Warehouse Construction · Bore Piling & Brick Foundation Works
EPC Consultancy
- Soil Investigation
- Piling Analysis and Structure
- Plant
- Drawing (Civil, Mechanical and Electrical)
- Specification
- Bill of Quantity
- Tender Documentation
- Detailed Engineering Design
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
Bore Piling & Brick Foundation
- Elevation & Excavation
- Rebar & Form Works
- Truck Mixer Methodology (Cement, Sand & Gravel)
Software
SAP 2000TeklaSolidWorksAutoCADKyroHelixCivil 3DTSO
Engineering Discipline
CivilElectricalMechanicalStructural
Marine
Batu Tuhup, Central Kalimantan
EPCM 1.1 KM Barge Loading Conveyor & Jetty Construction
853 Ton Fabrication · 1.1 KM Barge Loading Conveyor + Jetty Construction
EPC Consultancy
- Topography & Bathymetry
- Soil Investigation & Piling Analysis
- Drawing (Civil, Mechanical, and Electrical)
- Specification & Bill of Quantity
- Design and Analysis of Jetty
- BOQ - Quantities & Cost Estimation - Jetty
- Conveyor System Design - Barge Loading
Fabrication 853 Ton
- Steelwork & Rebar
- Piling & Piping
- Conveyor & Structure
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
- Survey Elevation & Excavation
- Rebar & Form Works
- Mobile Batching Plant (Cement, Sand & Gravel)
Jetty Works On Site
- Piling Hammer & Boat Methodology
- Pile Bracing (Welding)
- Pile Cap & Fender Installation
- Platform Installation & Anchoring
Software
SAP 2000TeklaSolidWorksAutoCADKyroHelixCivil 3DTSOSketchUp
Engineering Discipline
CivilElectricalMechanicalStructural
Dry Test & Wet Test Commissioning
Housing
Morowali, Central Sulawesi
EPCM Housing Construction
Entire Civil Work On Site · Container Pre-Fab Installation
Container Pre-Fab
- Rebar
- Handrail
- Steelwork
- Roof work
- Structural Work
Works On Site
- Survey Elevation & Excavation
- Rebar & Form Works
- Mobile Batching Plant (Cement, Sand & Gravel)
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
- Container Pre-Fab Installation
Software
SAP 2000TeklaSolidWorksAutoCADKyroHelixCivil 3DTSOSketchUp
Engineering Discipline
CivilElectricalMechanicalStructural
Marine
Central Kalimantan
10,000 DWT Jetty & 1000 TPH Barge Loading
10,000 DWT Jetty · 1000 TPH Turnkey Conveyor · Large-scale marine infrastructure
EPC Consultancy
- 10,000 DWT Jetty – Large-scale marine infrastructure delivery
- River Jetty Specialists – Engineered for Kalimantan's soil & currents
- Dolphins & Mooring – Secure berthing in strong river flow
- Advanced Fendering – Protection for vessel & structure
- Mining-Grade Build – Heavy-duty, coal-handling
- 1000 TPH Turnkey Conveyor – Integrated, high-capacity barge loading system
- Remote Logistics Mastery – Barge & limited road transport of oversized modules
- Heavy-Duty Hopper – AR-lined, impact-resistant for mining dump trucks
- Reinforced Retaining Wall – Soil stability & structural integrity for hopper area
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
- Survey Elevation & Excavation
- Rebar & Form Works
- Mobile Batching Plant (Cement, Sand & Gravel)
Jetty Works On Site
- Piling Hammer & Boat Methodology
- Pile Bracing (Welding)
- Pile Cap & Fender Installation
- Platform Installation & Anchoring
Software
SAP 2000TeklaAutoCADHelixCivil 3DSketchUp
Engineering Discipline
CivilElectricalMechanicalStructural
Mining
Indonesia
Gold Mining Development in Indonesia – Feasibility Study
Copper mining and leaching · 3.1 KM Overland Conveyor · GISTM & ICMC Aligned
Crushing Circuit
- High-availability, scalable throughput
- Modular design for rapid deployment
- Integrated dust suppression and environmental controls
Overland Conveyor (3.1 km)
- Geotechnically optimized, seismic resilient
- Energy efficient drives, smart monitoring
Grasshopper Conveyor System
- Agile stockpile management, relocatable design
- Advanced wear-resistant chutes
Leaching Process
- State of the art heap leach, containment systems
- Precision solution management, closure ready
- GISTM aligned
Earthworks
- Balanced cut and fill, optimized drainage
- Geotechnically optimized foundations
Agglomeration and Treatment
- Advanced agglomeration, automated dosing
- ICMC compliant, safe and environmentally protected
Investment Highlights
- Bankable, investment ready framework
- Operational efficiency, risk mitigation
- Meets UK market governance standards
- Unlocks world-class resource potential in Indonesia
- HSE and ESG compliant
- Efficient process design, future expandable
- Non-process facilities support workforce and operations
Housing
Central Kalimantan
EPCM Housing Camp & Kitchen
Foldable Container
- Platework
- Rebar
- Handrail
- Steelwork
- Roof work
- Corridor
- Sandwich Panel
- Grating
Works On Site
- Foldable Container
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
Earth Works
- Survey Elevation & Excavation
- Rebar & Form Works
- Truck Mixer Methodology (Cement, Sand & Gravel)
Engineering Discipline
CivilElectricalMechanical
Housing
East Kalimantan
EPCM Steel Container Camp
2 Storey Camp · Steel 40 FT Containers (Modified to 2 Rooms with Toilet) · Including Civil Work
Specifications
- 2 Storey Camp
- Using Steel 40 FT Containers
- Modified to 2 Rooms with Toilet
- Including Civil Work
Works On Site
- Modification Steel Container
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
Engineering Discipline
CivilElectricalMechanical
Industrial
Mojosari, East Java
EPCM NPK Fertilizer Plant
Rotary Drum 3.4 Dia × 36 Meter L · 25 Conveyor System · Major Equipment Manufactured Inhouse
EPC Consultancy
- Soil Work Investigation
- Piling Analysis
- Technical Study & Detailed Engineering
- Bill of Quantity for Construction
- Detailed Design & Plant Specification
- Design Layout Mapping
Major Equipment Inhouse
- Mixer Rotary
- Drum Granulator
- Rotary Drum (3.4 Dia × 36 Meter L)
- Coatery Rotary Drum
- Drum Boiler
- 25 Conveyor System
- Vibration Screen
- Chimney
- Refractory
Auxiliary Equipment Supplied
- Pumping Package
- Ducting Package
- Scrubber Package
- Hopper Weighing
- Automated Bagging System
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
- Survey
Civil Work
- Elevation & Excavation
- Rebar & Form Works
- Mobile Batching Plant (Cement, Sand & Gravel)
Engineering Discipline
CivilMechanicalProcessAutomationElectricalInstrumentation
Dry Test & Wet Test Commissioning
Industrial
Mojosari, East Java
Design & Build Briquette Heater Station
Briquette Heater Station · Maintain optimal humidity levels (<60% RH) in NPK storage/production areas
Scope of Work
- Design a briquette heater station to maintain optimal humidity levels (<60% RH) in NPK storage/production areas
Parameter Specification
- Heater Type: Briquette heater (solid fuel combustion)
- Heat Output: 10-50 kW
- Airflow: 500-2000 m³/h (forced convection)
- Temperature Control: Thermostat-controlled (40-60°C)
- Humidity Reduction: 20-40% RH reduction
- Briquette Consumption: 1-5 kg/h
- Safety Features: Overheat protection, fuel level monitoring
Layout
- Locate station near NPK storage area
- Ensure adequate ventilation and airflow
- Install thermostat and humidity sensors
- Provide fuel storage and handling area
Infrastructure
Paring Lahung, Central Kalimantan
EPCM Infrastructure (Coal Washing Plant)
Coal Washing Plant Infrastructure · Bore Piling · Foundation Works
EPC Consultancy
- Soil Investigation
- Piling Analysis and Structure
- Drawing (Civil, Mechanical, and Electrical)
- Brand Specification
- Bill of Quantity
- Tender Documentation
- Detailed Engineering Design
Facilities
- Efficient Storage
- Dedicated Spare Parts Area
- Restroom
- Secure Locker Area
- Musholla
- Parking Space
- Essential Oil Trap
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
- Elevation & Excavation
- Rebar & Formwork
- Mobile Batching Plant (Cement, Sand & Gravel)
- Bore Piling
- Foundation Works
Software
SAP 2000TeklaSolidWorksAutoCADKyroHelixCivil 3DTSOSketchUp
Engineering Discipline
CivilElectricalMechanicalStructural
Industrial
Palu, Central Sulawesi
Permanent Workshop & Office
1,200 sqm Warehouse · B3 Storage · International Safety Standards
Scope of Work
- Main Workshop Bay & Office: Designed for high-performance workflows
- Specialized Facilities: Epiroc storage, small tire repair workshop, and a dedicated Wash Bay
- Infrastructure Excellence: 1,200 sqm warehouse, integrated storeroom, and Ready Lane
- Safety & Compliance: Built to strict B3 storage and international safety standards
- Full-Cycle Execution: From survey elevation and excavation to structural lifting and electrical systems integration
Integrated Workshop Feasibility
- Workshop Bay
- Workshop Office
- Oil and B3 Storage
- Epiroc Storage
- Small Tire Repair Workshop
- Wash Bay
- Storeroom and Ready Lane
- Bore Piling
- Foundation Works
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
- Survey Elevation & Excavation
- Rebar & Form Works
- Mobile Batching Plant
Software
TeklaSolidWorksAutoCADHelix
Infrastructure
Central Kalimantan
58 KM Mining Hauling Road
Gravel With Laterite Red Soil · 40-tonne Dump Trucks · 8-12m Road Width · CBR Curve Method (Atkinson, 1992)
General Requirements
- Compliance with all relevant local and international standards for road construction
- Adherence to pavement design parameters as outlined
- Quality assurance through on-site testing (CBR, compaction, material gradation)
- Environmental protection and safe working practices throughout construction
Pavement Design Criteria
- Design Load: 40-tonne dump trucks (gross vehicle weight)
- Road Width: 8-12 meters
- Total Pavement Thickness: 30 cm
- Design Method: CBR curve method (Atkinson, 1992)
- Subgrade: In-situ soil with CBR < 6%
- Base Course: Gravel C(7/10)
- Surface Course: Gravel B(2/3)
Site Preparation
- Clearing and Grubbing: Removal of vegetation, roots, stumps, debris, and organic material
- Stripping Topsoil: Remove unsuitable topsoil to expose the subgrade
- Earthworks: Cut and fill operations to achieve desired road profile and camber
- Drainage cross fall/camber of ~3% to prevent water stagnation
Drainage & Geometry
- Side Drains: Excavate trapezoidal side drains or construct lined V-drains
- Culverts and Cross Drains: Install at low points or crossings
- Horizontal Alignment: Maintained for safe high-speed haulage
- Subgrade Preparation per design
Infrastructure
Pukun District, Sampit – Central Kalimantan
47 KM Hauling Road
Gravel With Laterite Red Soil · 40-tonne Dump Trucks · CBR Curve Method · Bulldozer Clearing & Grubbing
General Requirements
- Compliance with all relevant local and international standards for road construction
- Adherence to pavement design parameters
- Quality assurance through on-site testing (CBR, compaction, material gradation)
- Environmental protection and safe working practices throughout construction
Pavement Design Criteria
- Design Load: 40-tonne dump trucks (gross vehicle weight)
- Road Width: 8-12 meters
- Total Pavement Thickness: 30 cm
- Design Method: CBR curve method (Atkinson, 1992)
- Subgrade: In-situ soil with CBR < 6%
- Base Course: Gravel C(7/10)
- Surface Course: Gravel B(2/3)
Clearing and Grubbing
- Bulldozers used to remove vegetation and tree roots
- Reaches the required elevation
- Cleared soil hauled by dump trucks to disposal area
- As approved by supervising officer / contractor
Detailed Work Breakdown
- Site Preparation (Clearing/Grubbing, Stripping Topsoil)
- Subgrade Preparation
- Drainage System (Side Drains, Culverts, Cross Drains)
- Road Geometry and Safety (Horizontal Alignment)
Mining
Central Kalimantan
Design and Build Mining Plant Fencing 33 KM
Fabrication Inhouse
- Galvanized Angle Bar
- Galvanized Barbed Wire
- Cement, Sand & Gravel
Works On Site
- Land Clearance
- Cut and Fill
- Installation Work
- Handling Local CSR
Mining
Sumbawa, West Nusa Tenggara
Design & Build Fencing (Conflict Zone)
Fabrication Inhouse
- Galvanized Angle Bar
- Hot Dipped Galvanized Barbed Wire
- Cement, Sand & Gravel
Works On Site
- Land Clearance
- Cut and Fill
- Installation Work
- Handling Local CSR
Mining
Kalimantan
EPCM Crusher Plant
Scope of Work
- Steelwork
- Platework
- Rebar
- Structure
- Installation
- Primary Crusher
- Secondary Crusher System
- On-Site Foundation Civil Work
Engineering Discipline
CivilElectricalMechanicalStructural
Commission Test
Marine
Jambi, Sumatera
Engineering Consultancy: CPO Mill and Port
30,000 DWT Jetty · CPO Mill & Port Consultancy · Feasibility & Master Plan
On Site Investigation
- Topography
- Bathymetry
- Soil Investigation (onshore and offshore)
- Oceanography (current and wave investigation)
- River Tidal
Design Phase
- Port and Maritime Development Consultancy (Feasibility and Master Plan)
- Design and Analysis of 30,000 DWT Jetty including Dolphin, Mooring, and Berthing
- Operational Flow from Land Transportation, storage tank, loading the CPO through piping installation to the Tanker Ship/Vessel
- Operational Supporting Facilities
- Warehouse, Workshop, Camp for staff and non-staff
- Bill of Quantity and Tender Document
Engineering Discipline
Jetty EngineerCivilPipingMechanicalElectricalInstrumentation
Fuel & Tanks
Merauke, Papua
Design & Build Fuel Storage Tanks
Capacities: 25 KL, 35 KL, 50 KL, 62 KL · 50+ Units Delivered · TKDN Approved · Tecera Certified
Key Features
- TKDN Approved — Meets local content requirements for the Indonesian market
- Easy Mobility — Designed for easy transportation and relocation
- Inbuilt Custom Fuel Dispenser — Available in various flow rates (40, 60, 80 LPM) until 400 LPM
- Tecera Certified — Complies with international safety and quality standards
Safety Features
- Explosion-Proof Pump — Ensures safe and reliable fuel dispensing
- Third-Party Testing Options — Available for additional quality assurance
- Safety Lockable Door — Provides secure access and protection against unauthorized use
- Customizable Features — Tailored to meet specific customer requirements
Success Stories
- 50+ units successfully completed and delivered to valued customers
Available Capacities
25 KL35 KL50 KL62 KL
Fuel & Tanks
Merauke, Papua
ISO Tank Design & Build (25 KL × 10 Sets)
10 Sets × 25 KL ISO Tanks · Custom-built Fuel ISO Tanks · Engineered Fuel Dispensers
Services Includes
- Engineering Design & Concept Development
- Procurement & Material Supply
- ISO Tank Equipment & Fuel Dispensing Solutions
- Piping & Plumbing System
Fabrication & Construction
- In-House Fabrication
- Custom-built Fuel ISO Tanks 25 KL
- Engineered Fuel Dispensers
- Civil Structures
On-Site Installation & Integration
- Seamless and Efficient Installation at the project site
- Civil Engineering — Structural integrity & foundation design
- Mechanical Engineering — Advanced fuel system design & integration
- Electrical & Instrumentation Engineering — Safe & efficient automation solutions
Fuel & Tanks
Merauke, Papua
EPCM Fuel Storage Tank – 2000 KL (500 KL × 4)
2,000 KL (500 KL × 4) · PT. Global Papua Abadi · Hydrant Fire Protection · SCADA-Controlled Monitoring
Services Includes
- Engineering, procurement, and installation of a 2,000 KL (500 KL × 4) fuel storage and distribution facility for PT. Global Papua Abadi
- Storage tanks, fuel transfer systems, hydrant fire protection
- Electrical and instrumentation systems
- Safe, efficient, and reliable fuel handling infrastructure
Key Deliverables
- Engineering design documentation
- Fuel storage tanks installation
- Fuel transfer piping network
- Hydrant fire protection system
- Electrical power distribution
- Instrumentation and control systems
- Safety systems and signage
- System integration and commissioning
Pump Line
- Transfer Pump – 80 m³/h, 31 m
- Electric Fire Pump – 57 m³/h, 118 m
- Diesel Fire Pump – 57 m³/h, 118 m
- Jockey Pump – 12 m³/h, 23.6 m
Expert Engineering
- Civil Engineering — Structural integrity, foundation stability & site development
- Mechanical Engineering — Advanced fuel system design, installation & performance optimization
- Electrical & Instrumentation — Smart automation & SCADA-controlled monitoring
Infrastructure
Murung Raya, Central Kalimantan
Gabion Retaining Wall
Scope of Work
- Supply of Gabion Wire Mesh
- Land Clearance
- Tie Down Gabion to Stop Land Slide
- Boulder Material Manual Loading into Gabion Wire Mesh
- Build Landslide Proof Retaining Wall
- On-site Installation Works
Infrastructure
Lamongan
EPCM Infrastructure
Entire Civil Work On Site · Installation · Inventory
Fabrication Inhouse
- Rebar
- Handrail
- Steelwork
- Roof work
- Structural Work
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
Earth Works
- Elevation & Excavation
- Rebar & Form Works
- Mobile Batching Plant (Cement, Sand & Gravel)
Software
TeklaSolidWorksAutoCADHelix
Engineering Discipline
CivilElectricalMechanicalStructural
Industrial
Gresik, East Java – 2021
Descaling Acidic Tank
Tank Capacity 8,000 m³ · Hazardous Location
Scope of Work
- Descaling Tank Capacity 8000 m³
- Conveyor System Methodology & Excavation
- Engineering & Services
- Hazardous Location
Conveyor
Sumbawa Barat, NTT – 2025
Tripper Car Conveyor
3 Units (Tables 26, 26A, 26B) · Design Standard AS 1755:2000 · Australian Design Rules (ADR)
Engineering & Design
- Detailed engineering, fabrication, shop assembly, inspection, testing, and delivery of tripper car systems
- Supporting structural components and mechanical assemblies required for proper functionality
Technical Specifications
- Equipment: Conveyor Tripper Car (3 units – Tables 26, 26A, and 26B)
- Function: Controlled discharge and distribution of bulk material from a conveyor system
- Design Standard: Manufactured in accordance with AS 1755:2000 – Conveyors Safety Requirements and applicable Australian Design Rules (ADR)
- Scope: Supply delivery and commissioning
Installation
- Mechanical assembly
- Rail alignment
- Electrical wiring
- Control integration with main conveyor
Documentation
- Datasheets
- O&M manuals
- As-built drawings
- Test reports
Testing & Commissioning
- Mechanical / electrical checks
- Functional tests
- Load trials
- Safety verification
Training
- Basic operation and maintenance instruction for plant staff
Industrial
Sumbawa Barat, NTT – 2025
Rampdoor 35 Ton
35 Ton Capacity · Weight 6,951.20 KG · Length 15.2 m · Width 1.6 m each
Engineering & Design
- The Rexline scope covers design, fabrication, and delivery
Rampdoor 35 Ton Capacity
- Structural Frame
- Main Frame – WF300
- Hinge
- Weight tonnage: 6,951.20 KG
- Length: 15.2 Meter in total
- Width: 1.6 Meter per each
Industrial
Merauke, Papua
Hot Water Treatment
Sugarcane Seed Thermal Treatment · PLC & SCADA Automation · HMI for Real-Time Monitoring
Engineering & Design
- Process engineering for sugarcane seed thermal treatment
- Development of PFDs, P&IDs, equipment layouts, and control philosophies
- Mechanical, electrical, and instrumentation (MEI) engineering
- Safety interlock design and operational risk mitigation
- PLC and automation system architecture
Procurement & OEM Fabrication
- Supply and integration of boiler and heating systems
- Fabrication of treatment tanks and thermal vessels
- Pumps, valves, piping systems, insulation, and instrumentation
- PLC, HMI, and control system hardware
- OEM assembly and factory integration (where applicable)
Construction & Installation
- Mechanical installation of boilers, tanks, pumps, and piping
- Electrical power distribution and control panel installation
- Instrumentation installation, calibration, and loop checking
- Integrated MEI execution under strict HSE compliance
Automation, Control & Commissioning
- PLC-based temperature and process control
- Automated treatment sequencing and time control
- Safety interlocks, alarms, and fault management
- Operator-friendly HMI for real-time monitoring and control
- Pre-commissioning and system readiness verification
- Cold and hot commissioning
- Functional and performance testing
- Operator training and complete technical documentation handover
Industrial
Merauke, Papua
T-Workshop
Total Area = 13,360 m² · Zone A (Workshop with 6 Overhead Cranes) · Zone B (Fabrication) · Zone C (Tyreshop & Warehouse) · Zone D (3-Floor Office)
EPC Consultancy
- Soil Investigation
- Piling Analysis and Structure
- Plant
- Drawing (Civil, Mechanical and Electrical)
- Specification
- Bill of Quantity
- Tender Documentation
- Detailed Engineering Design
Integrated Workshop Feasibility
- T workshop Zone A (workshop with 6 overhead crane) 82 m × 40 m = 3,280 sqm
- Zone B (fabrication building) = 60 m × 42 m = 2,520 sqm
- Zone C (tyreshop and warehouse building) = 60 m × 42 m = 2,520 sqm
- Zone D (3-floor office) = 42 m × 40 m × 3 floor = 5,040 sqm
- Total Area = 3,280 + 2,520 + 2,520 + 5,040 = 13,360 m²
Works On Site
- Pre-Assembly
- Anchoring & Installation of Structure
- Mechanical Installation
- Electrical Installation
Software
SAP 2000TeklaSolidWorksAutoCADKyroHelixCivil 3DTSOSketchUp
Engineering Discipline
CivilElectricalMechanicalStructural
Mining
Timor Leste
50 MTPA Limestone Mining, Crushing & Port Facility
50 MTPA · 12,000 TPH Ship Loading · 4 Dedicated Berths · 200,000 DWT Capable · Apollo Project
Consultant / Engineering
- Rexline Engineering was responsible for the end-to-end engineering design and integration of the Apollo Project
- Covering mining infrastructure, material handling systems, and port facilities
- To support phased production from 10 Mtpa to 100 Mtpa
Design Capacity
- 50 Million Tonnes Per Annum (MTPA)
- 12,000 TPH ship loading system
Design & Engineering Consultant
- Master planning and export corridor layout
- Crushing plant and mine interface engineering
- High-capacity conveyor, stockyard, and transfer systems
- Port, jetty, and marine infrastructure design
- Operability, throughput, and future expansion planning
Ship Loading & Port
- 12,000 TPH loading facility
- Engineered for rapid vessel turnaround and minimized demurrage
- 4 dedicated berths
- Vessel handling capability for: 200,000 DWT, 100,000 DWT, 50,000 DWT, 10,000 DWT (barge operations)
Materials Handling
- 4 high-capacity conveyor lines
- Integrated crushing and stockpile feed systems
Infrastructure
Central Kalimantan
Engineering Design & Supervision (Mess, Tunnel, and Fuel Facilities)
500-Person Worker Mess · Drainage Tunnel Across 3 Rivers · Fuel Tank Facilities · Floating Jetty
Consultant / Engineering
- Provision of Design, Engineering Consultancy, and Supervision Services for the Development of a 500-Person Worker Mess
- Drainage Tunnel Traversing Three Rivers
- Fuel Tank Facilities Including Loading Unloading Jetty and Conveyor System and Infrastructure
Scope of Services
- Feasibility Study & technical validation
- Concept & preliminary engineering
- Constructability-driven design optimization
- Technical advisory through construction phase
Infrastructure & Connectivity
- Drainage systems and bridgeworks across three locations
- Flood-resilient and terrain-responsive design
Integrated Community Development
- Master planning of a 550-person community
- Full utilities design: MEP, telecom, water supply, wastewater & treatment
Energy & Marine Facilities
- Design of fuel storage facility
- Engineering of a dedicated floating jetty for safe fuel operations
Industrial
Solo, Central Java
Hospital Project (17 Floors, 39,980 m²)
17 Floors · 39,980 m² · Multi-disciplinary building delivery with substantial MEP and life-safety system content
Scope of Work
StructureArchitectureMechanicalPlumbingElectricalElectronic / ELVElevatorsHVACFire System
Relevance to Qualification
- Demonstrates capability in large, technically coordinated, multi-disciplinary building delivery
- With substantial MEP and life-safety system content
Built In Indonesia · Delivered Across Asia
31 delivered EPCM projects spanning marine, mining, infrastructure, housing, fuel, and industrial sectors. From Kalimantan jungles to Timor Leste ports.
EPCMMade in IndonesiaISO Certified31+ Projects