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SHINKO Steam Turbine RB

SHINKO Steam Turbine RB Model

A SHINKO RB4M steam turbine is a compact Curtis single-stage turbine with integral reduction gear designed to convert steam into mechanical power for generator drive applications. It is used in small-scale cogeneration setups, helping plants recover useful energy from process steam while supporting improved operational efficiency.

Max Output1,200 kW
Max. Inlet Steam Pressure3.3 MPaG
Max. Inlet Temperature350°C
Max. Exhaust Steam Pressure0.5 MPaG

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RB4M

A SHINKO RB5(M) steam turbine is a Curtis single-stage turbine with integral reduction gear designed to generate mechanical power from process steam. It is used for medium-scale cogeneration and generator drive duties, helping improve steam utilisation while supporting more efficient and sustainable plant operations.

Max Output2,000 kW
Max. Inlet Steam Pressure3.3 MPaG
Max. Inlet Temperature350°C
Max. Exhaust Steam Pressure0.5 MPaG

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RB5M

A SHINKO RB6 steam turbine is a Curtis single-stage turbine with integral reduction gear designed to convert steam energy into mechanical power for generator operation. It is used in cogeneration systems, helping industrial plants capture process steam value while supporting reliable power generation and improved energy efficiency.

Max Output2,500 kW
Max. Inlet Steam Pressure3.3 MPaG
Max. Inlet Temperature350°C
Max. Exhaust Steam Pressure0.5 MPaG

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RB6

A SHINKO RB7 steam turbine is a Curtis single-stage turbine with reduction gear designed to deliver mechanical power from steam for generator drive applications. It is used where higher output is required, helping plants make better use of process steam while supporting dependable cogeneration performance.

Max Output3,000 kW
Max. Inlet Steam Pressure3.3 MPaG
Max. Inlet Temperature350°C
Max. Exhaust Steam Pressure0.5 MPaG

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RB7

A SHINKO RB8 steam turbine is a Rateau 3-stage turbine with reduction gear designed to convert higher-condition steam into mechanical power for generator applications. It is used in larger cogeneration setups, helping improve steam-to-power conversion while supporting stronger energy recovery and plant efficiency.

Max Output3,500 kW
Max. Inlet Steam Pressure4.2 MPaG
Max. Inlet Temperature425°C
Max. Exhaust Steam Pressure0.5 MPaG

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RB8
SHINKO DNG

SHINKO Steam Turbine DNG Model

A SHINKO DNG40 steam turbine is a Rateau 4-stage back pressure generator turbine with reduction gear designed to convert high-pressure steam into mechanical power for generators, shredders, pumps and industrial drives. It supports cogeneration by using process steam productively while improving energy efficiency and resource value.

Max OutputUp to 10,000 kW
Max. Inlet Steam PressureUp to 6.2 MPaG
Max. Inlet TemperatureUp to 510°C
Max. Exhaust Steam PressureUp to 2.5 MPaG

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DNG40

A SHINKO DNG50 steam turbine is a Rateau 5-stage back pressure generator turbine with reduction gear designed for larger generator applications. It is used in cogeneration systems that require higher power output, helping plants convert process steam into electricity while supporting efficient and responsible energy use.

Max OutputUp to 16,000 kW
Max. Inlet Steam PressureUp to 3.3 MPaG
Max. Inlet TemperatureUp to 425°C
Max. Exhaust Steam PressureUp to 0.5 MPaG

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DNG50

A SHINKO DNG60 steam turbine is a Rateau 6-stage condensing generator turbine with reduction gear designed to convert steam into generator power while exhausting to vacuum conditions. It is used where steam condensation improves power recovery, helping maximise electricity generation and overall plant energy efficiency.

Max OutputUp to 10,000 kW
Max. Inlet Steam PressureUp to 6.2 MPaG
Max. Inlet TemperatureUp to 510°C
Exhaust ConditionVacuum up to 710 mmHg

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DNG60

A SHINKO DNG70 steam turbine is a Rateau 7-stage back pressure generator turbine with reduction gear designed for high-output generator applications. It is used in large cogeneration plants, helping convert available process steam into substantial power output while supporting efficient industrial energy recovery.

Max OutputUp to 30,000 KW
Max. Inlet Steam PressureUp to 7.2 MPaG
Max. Inlet TemperatureUp to 520°C
Max. Exhaust Steam PressureUp to 0.5 MPaG

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DNG70

A SHINKO DNG90 steam turbine is a Rateau 9-stage condensing generator turbine with reduction gear designed to produce generator power from steam under vacuum exhaust conditions. It supports larger cogeneration setups by improving steam energy recovery, helping maximise electricity output while strengthening plant efficiency.

Max OutputUp to 10,000 kW
Max. Inlet Steam PressureUp to 6.2 MPaG
Max. Inlet TemperatureUp to 510°C
Exhaust ConditionVacuum up to 710 mmHg

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DNG90

A SHINKO DNG120 steam turbine is a Rateau 12-stage condensing generator turbine with reduction gear designed for high-output power generation from process steam. It is used in large-scale cogeneration systems, helping maximise steam-to-electricity conversion while supporting stronger energy efficiency and sustainable plant operations.

Max OutputUp to 30,000 kW
Max. Inlet Steam PressureUp to 7.2 MPaG
Max. Inlet TemperatureUp to 520°C
Exhaust ConditionVacuum up to 710 mmHg

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DNG120
EFB Press

Empty Fruit Bunch (2 in 1) Presses

An Empty Fruit Bunch Press is an integrated cutting and pressing machine designed to reduce EFB moisture while improving oil recovery. It is used before boiler combustion or composting, helping mills prepare drier fibre feedstock while supporting better resource recovery and improved biomass utilisation.

Process CapacityApprox. 6-7 tonnes RFB/hour
Moisture ContentApprox. 50%
Fibre LengthApprox. 2”- 5”
(>70% below 4 inches)
Oil Yield on FFBApprox. 0.15% - 0.30%
(Subject to EFB quality and mill operation)

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WAT-EFB-6S+

An Empty Fruit Bunch Press is a screw press machine designed to reduce EFB moisture and improve oil recovery from processed bunches. It is used in palm oil mill fibre handling lines, helping improve extraction efficiency and reduce downtime while supporting more cost-effective biomass preparation.

Process CapacityApprox. 10–12 tonnes EFB/hour
Moisture ContentApprox. 50-55%
Oil Recovery0.1% - 0.15% to FFB
(Subject to oil content in EFB and mill operation)
Fibre Utilisation
  • Prepares fibre for long fibre plant applications
  • Reduces moisture content
  • Recovers residual oil from EFB
EFB Press

Empty Fruit Bunch Press

An Empty Fruit Bunch Press is a screw press machine designed to reduce EFB moisture and improve oil recovery from processed bunches. It is used in palm oil mill fibre handling lines, helping improve extraction efficiency and reduce downtime while supporting more cost-effective biomass preparation.

Process CapacityApprox. 8-10 EFB tonnes /hour
Moisture ContentApprox. 45% - 50%
Press CageMild Steel S/W Reinforcement Rings)
Press ShaftAssab Steel 705 / AISI 4340

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WAT-EFB-10
Palm Kernel

Palm Kernel Processing

A Palm Kernel Oil Machine is a kernel crushing and pressing machine designed to extract oil from palm kernel with reliable alignment and lower maintenance. It is used in kernel crushing plants, helping improve extraction efficiency and manage oil residue while supporting stable, cost-effective processing operations.

Process Capacity20-22 tonnes
Approx. 0.833 tonnes/hour
Oil Residue1st Pressed: 10% - 12%
2nd Pressed: 7% and below
Motor55kW / 6 Poles / 3 Phase
Worms & CollarStainless steel / carbon steel with hard-facing

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WAT-KCP-20

A Palm Kernel Oil Machine is a high-capacity kernel crushing and pressing machine designed to extract palm kernel oil with dependable operation. It is used in larger kernel crushing plants, helping increase throughput and extraction efficiency while supporting lower maintenance time and cost-effective production.

Process Capacity1st Pressed: 30-32 tonnes
Approx. 1.25 tonnes/hr

2nd Pressed: 16-18 tonnes
Approx. 0.67 tonnes/hr
Oil Residue1st Pressed: 10% - 12%
2nd Pressed: 7% and below
Motor75kW / 6 Poles / 3 Phase
Worms & CollarStainless steel / carbon steel with hard-facing

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WAT-KCP-30
Oil Room Equipment

Oil Room Equipment

WAT-DES-15 WAT-DES-30 WAT-DES-40 WAT-DES-60

A Desanding Cyclone is a continuous separation system designed to remove sand from slurry before centrifuge processing. It is used before crude palm oil separators, helping protect oil room equipment and extend service life while supporting cleaner, more reliable processing.

Process Capacity15m³ / 30m³ / 40m³ / 60m³
ConeNylon / Teflon
Waste ReceiverStainless steel
Control PanelSmart relay with programmable interval control

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Automatic Single/Multi Stage Desanding Cyclone
WAT-RBS-10

A Rotary Brush Strainer is a continuous self-cleaning strainer designed to separate from liquid. It is used before centrifuge or separator equipment in palm oil processing, helping remove fibres while supporting smoother operation, lower maintenance and improved downstream protection.

Process Capacity30m³/hour
BodyFull stainless steel body
Perforated CylinderSurface (m2) 0.54
Brand Gear MotorSEW or equivalent

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WAT-RBS-10
WAT-TSP-15

A Twin Screw Press is a horizontal double worm screw press designed to withstand high pressure during palm oil extraction. It is used in milling operations to press strelerised fresh palm fruits, helping maximise oil extraction and reduce nut breakage while supporting durable, easy-to-maintain production.

Process CapacityApprox. 15-17 tonnes FFB/hour
Oil Content on Dry Fiber6%–8%
Middle Section BodyMade of high-grade stainless steel material
Nut Breakage8% - 10%

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WAT-TSP-15
WAT-VSS-60

A Vibro Separator is a circular vibrating screen designed to separate dry or wet materials using adjustable vertical, horizontal and inclination motion. It is used for sludge, crude oil and claybath separation, helping improve screening consistency while supporting reliable, low-maintenance mill operations.

Process Capacity30 tonnes/hour
Screen Diameter / Area60 inch total screen area; 1.8m²
Deck20mg-50mg mesh SS316/304 screen*
* Mesh size can be customised to specific requirements
Motor2kW, 415V / 380V, 3 phase, 50Hz / 60Hz, 1,500rpm

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WAT-VSS-60
Pellet Plant

Pellet Plant Solutions

An EFB Pellet Plant Solution is an integrated biomass processing system designed to convert empty fruit bunches into sustainable biomass pellets. It is used to produce renewable fuel for boilers, power generation and heating, helping turn palm oil waste into usable energy while supporting circular economy outcomes.

Calorific Value> 4,100 kcal/kg (≈ 17.2 MJ/kg)
Moisture Content< 10%
Bulk Density660 kg/m³
Particle Length20–30 mm

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Pellet Plant Solutions
Spare Parts

Spare Parts

Replacement Parts for Centrifugal Separators and Specialised Components are precision spare parts designed to support palm oil mill processing equipment maintenance and replacement needs. They are used for centrifugal separators and mill processing systems, helping reduce downtime while supporting reliable operation and longer equipment service life.

Product TypeReplacement parts and specialised components
Component RangeGears, shafts, rings, liners, bushings, strainer components and related spare parts
Main ApplicationCentrifugal separators and palm oil mill processing equipment
Support RoleMaintenance, replacement and equipment reliability support

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Spare Parts
Chemmp Pump

Chemmp Pump

ChemMP (short for Chemical Pump) is a range of canned motor pumps engineered for completely leak-free liquid transfer. Their sealless, hermetically sealed design eliminates the mechanical seal entirely, making them the safer choice for toxic, flammable, explosive, high-temperature or high-pressure liquids. The range supports general process transfer, corrosive media, high-temperature fluids and high-head duties, giving customers a dependable, low-maintenance solution across oleochemical, palm oil refinery and related process industries.

Capacity RangeUp to 1,000 m³/h
Total Head RangeUp to 130m
Output RangeUp to 260kW
TemperatureUp to 350°C (Special C insulation class)

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Chemmp Pump

After-Sales Service

Our commitment extends beyond project delivery. We provide responsive after sales support, including maintenance, dechnical assistance, spare parts supply, inspections and troubleshooting, helping customers maximise performance, reliability and the long-term value of their equipment.

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Our Purpose

Engineering Steam Solutions.
Powering Industrial Performance.

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