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FJT POWER
Generator Solution Supplier
Generator manufacturing and systems integration facility

Emissions & Aftertreatment

Configure emissions compliance before the equipment reaches customs.

Engine certification, fuel sulfur, duty cycle, exhaust temperature, installation pressure, and destination rules determine whether an aftertreatment system will work. We define the complete exhaust and controls interface before production.

Operational Risks

Resolve the failure points before fabrication.

01

Wrong destination standard

An engine accepted in one market may not meet the certification or documentation required at the final site.

02

Low exhaust temperature

Light-load operation can prevent passive regeneration and create repeated DPF service events.

03

Backpressure and heat

SCR, DPF, silencers, and long exhaust runs affect engine performance and plant-room temperature.

04

Consumables and service

DEF quality, dosing equipment, sensors, ash cleaning, and replacement parts require a practical operating plan.

Solution Architecture

Treat the engine, duty cycle, and exhaust train as one system.

Destination regulation and engine certificate checked before quotation.

Duty-cycle review confirms exhaust temperature and regeneration strategy.

Backpressure calculation includes piping, silencer, DPF, SCR, and stack.

DEF tank, heating, dosing, and quality requirements are defined for the site.

Alarms, derate logic, regeneration controls, and remote monitoring are integrated.

Documentation covers engine certification and installed aftertreatment components.

01

Certified Engine

02

DOC / DPF

03

SCR / DEF

04

Silencer

05

Stack

06

Controls / OBD

Configuration Comparison

Start with the required level of integration.

Base Configuration

Core equipment package

Certified engine selection

Engine family matched to destination requirement.

Industrial silencer

Standard acoustic and backpressure review.

Flexible exhaust connection

Thermal movement and vibration isolation.

Local emissions alarms

Engine controller fault and derate indication.

Documentation pack

Engine datasheet and available certificates.

Optimized Configuration

Application-integrated system

DOC/DPF package

Particulate control with defined regeneration strategy.

SCR/DEF system

NOx reduction, dosing, tank, heating, and controls.

Complete backpressure study

All exhaust components evaluated at rated flow.

Thermal management

Insulation, ventilation, and surface temperature control.

Remote emissions diagnostics

Sensor status, regeneration, DEF, and fault history.

Application Gallery

Real equipment and project context.

Engine and exhaust interfaces visible before enclosure integration
Engine and exhaust interfaces visible before enclosure integration
Factory assembly and component inspection
Factory assembly and component inspection
Marine duty where class and IMO requirements govern configuration
Marine duty where class and IMO requirements govern configuration

Scope of Supply

A defined package boundary.

Generator set and heavy-duty base frame
Cooling, airflow, and ambient-rating review
Exhaust system and flexible connections
Control, protection, and remote monitoring
Fuel supply, return, filtration, and day tank interface
Electrical drawings and cable schedules
Factory load test and test documentation
Installation and commissioning guidance
DOC, DPF, SCR, and DEF package as required
Exhaust backpressure and thermal review

Send the destination, duty cycle, and required emissions standard.

We will confirm engine availability and the required exhaust treatment package.

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English, Indonesian and Russian have dedicated pages in the header menu. Other languages use automatic translation.