TCG Series Caterpillar Natural Gas Generator Set

TCG Series Caterpillar Natural Gas Generator Set offers a reliable, efficient, and environmentally friendly power solution using natural gas. It is designed for a variety of applications including base load power generation, industrial and commercial use, and backup power needs. With advanced engine technology and control systems, the TCG Series provides high performance, low emissions, and long-term durability.

Caterpillar Natural Gas Generator has various models available for purchase from 400  kwe to 2519  kwe, which is convenient for finding the most suitable model for factory use.

 

Advantages

Environmental Benefits: Produces lower emissions compared to diesel generators, contributing to a greener and more sustainable operation.

Efficiency: Designed for high fuel efficiency, reducing overall operational costs and improving energy utilization.

Reliability: Known for its durability and consistent performance, making it suitable for various demanding applications.

Versatility: Suitable for a range of applications including power generation for the grid, industrial facilities, and emergency backup power.

 

 

From knowing your needs to solving all your needed problems, you don’t need to run around and work hard, as long as you can solve them all in Zhenyi, whether it is simple new and second-hand sales, or generator maintenance, or even from nothing. From the planning of some power plants, you can get the service you want in Zhenyi.

Zhenyi International Power Co., Ltd. specializes in various generator systems.

Planning, design, installation and operation of large-scale diesel and heavy oil power plants.

Thin gas planning for natural gas, biogas, biomass wood gasification system, coal gasification system, etc.

Various waste cracking, RDF, steam and CHP systems;

Waste Cracking

Waste cracking, often referred to as thermal cracking, involves breaking down large molecules in waste materials into smaller, more valuable molecules through heat. This process can be applied to various types of waste, including plastics and biomass.

Refuse-Derived Fuel (RDF)

RDF refers to fuel derived from the processing of waste materials. RDF helps divert waste from landfills and can reduce dependency on fossil fuels, though its use is subject to local regulations and environmental considerations.

Combined Heat and Power (CHP) Systems

CHP systems, also known as cogeneration systems, simultaneously produce electricity and useful heat from a single energy source. They are highly efficient because they make use of the heat that would otherwise be wasted in conventional power generation.

The solar power generation system combines large-scale original Japanese UPS, lithium batteries and other large-scale power storage and maintaining power supply without facing the power outage.

American power cell fuel cell;

High Efficiency: Fuel cells can achieve higher efficiency compared to traditional combustion engines, as they directly convert chemical energy into electrical energy.

Low Emissions: Fuel cells produce minimal emissions, primarily water vapor, which makes them a cleaner energy source compared to fossil fuels.

Scalability: Fuel cells can be scaled for different sizes and applications, from small portable units to large-scale power plants.

Quiet Operation: Fuel cells operate quietly, which is beneficial for applications in urban or noise-sensitive environments.

Various power generation systems are combined with the CHP thermoelectric cooling system to achieve a power generation thermal efficiency of less than 50%. It is a good partner for your factory's power planning.

Please refer to Zhenyi’s various fuel power generation products customized for you.

Natural gas generators are used to produce electricity by converting the energy from burning natural gas into electrical power. They serve several important functions:

Backup Power: They provide backup power during outages or emergencies, ensuring that essential services and systems remain operational when the primary power source fails.

Primary Power Supply: In some settings, natural gas generators can serve as the primary source of electricity, particularly in areas where natural gas is abundant and reliable power infrastructure may be lacking.

Peak Shaving: They can help manage electrical loads by generating power during peak demand periods, reducing the strain on the main electrical grid and potentially lowering energy costs for users.

Remote Power: In remote or off-grid locations where connecting to the main power grid is impractical or expensive, natural gas generators can provide a reliable power source.

Continuous Power: For industries or critical operations where uninterrupted power is essential, natural gas generators can be used in conjunction with primary power sources to ensure continuous electricity supply.

Overall, natural gas generators are valued for their efficiency, lower emissions compared to other fossil fuels, and reliability. They are commonly used in residential, commercial, and industrial settings.

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Natural Gas Generator 50Hz 50kVA 60Hz 60kVA


The Denyo DCA-60LSIE is a natural gas generator that provides 50 kVA of power at 50 Hz and 60 kVA at 60 Hz. It is designed for efficiency, reliability, and clean operation, making it suitable for a range of applications including backup power, commercial and industrial use, and temporary power needs.
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TMG Series MITSUBISHI Natural Gas Generator Set


MITSUBISHI natural gas generator, Mitsubishi generator is internationally renowned, simple and convenient to operate, quality assurance from Japan, it is a good choice to buy a generator
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TNG Series NIIGATA Natural Gas Generator Set


NIIGATA natural gas generators are available in various models from 2000 kw to 5800 kw.
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TYG Series YANMAR Natural Gas Generator Set


Yanmar generator YANMAR natural gas generator has various models available for purchase from 741 kilowatt kwe to 2465 kilowatt kwe, which is convenient for finding the most suitable model for factory use.
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TDG Series DAIHATSU Natural Gas Generator Set


DAIHATSU generator Daihatsu natural gas generator has various models available for purchase from 400 kilowatt kwe to 3940 kilowatt kwe, which is convenient for finding the most suitable model for factory use.
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WARTSILA Gas Generator 18V34SG


The Wärtsilä 18V34SG is a specific model of gas generator designed and manufactured by Wärtsilä, a global leader in advanced technologies and complete lifecycle solutions for the marine and energy markets.
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TWG Series WARTSILA Natural Gas Generator Set


WARTSILA Natural gas generator Natural gas generator. Various models are available with electric power from 4343 kW kwe to 18320 kW kwe. It is helpful to find the most suitable model for energy plants/power plants.
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TCG Series Caterpillar Natural Gas Generator Set


Caterpillar Caterpillar Kaituo Heavy Industry Natural Gas Generator has various models available for purchase from 400 kilowatt kwe to 2519 kilowatt kwe, which is convenient for finding the most suitable model for factory use.
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MWM TCG3016 Natural Gas Generator


The MWM TCG 3016 Natural Gas Generator is a high-performance generator set produced by MWM, a well-known manufacturer of gas engines and power generation systems. The TCG 3016 model is part of MWM's range of natural gas generators designed for efficiency, reliability, and environmental sustainability.
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TMWG Series MWM Natural Gas Generator Set


MWM natural gas generators are available in various models with electric power ranging from 400 kW kwe to 10,300 kW kwe, making it easy to find the most suitable model for energy plants/power plants.
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TJG Series Jenbacher Natural Gas Generator Set


INNIO Jenbacher Natural gas generators are available in various models from 330 kwe to 4404 kwe
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Diesel engine generators are machines that use diesel engines to generate electricity. Here's a breakdown of what they do:

The diesel engine burns diesel fuel to create mechanical energy. Inside the engine, diesel fuel is mixed with air and ignited through compression. This combustion process generates high-pressure gases that push pistons, producing mechanical energy. The mechanical energy from the diesel engine is used to turn a generator's rotor. As the rotor spins, it creates an electromagnetic field that converts mechanical energy into electrical energy through electromagnetic induction. The electrical power produced can be used to power various devices, appliances, and systems. Diesel generators can serve as a primary power source or as backup power during outages.

 

Key Features and Uses

Diesel generators are known for their reliability and robustness, making them suitable for continuous or emergency power needs. They are capable of delivering significant amounts of power, which makes them ideal for large-scale applications such as industrial operations, data centers, and large buildings. Diesel fuel is widely available and has a high energy density, which allows diesel generators to run for extended periods before needing a refuel. Diesel generators come in various sizes and configurations, ranging from portable units for temporary power needs to large, stationary units for permanent installations. Diesel engines are built to endure heavy usage and harsh conditions, which contributes to the longevity of diesel generators.

 

Applications

Emergency Backup: Providing electricity during power outages to ensure the continuity of critical operations.

Primary Power Source: Serving as the main power supply in areas with unreliable grid power or where grid connection is not feasible.

Construction Sites: Supplying power to construction equipment and temporary facilities.

Remote Locations: Delivering power to off-grid or remote areas where other power sources are not practical.

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TM Series MITSUBISHI Diesel Generator Set


MITSUBISHI diesel generators are available in various models from 251 to 3000kVA, Welcome to contact us Zhenyi
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Cummins Diesel Engine Generator


Cummins Diesel Engine Generators offer a robust and efficient solution for a wide range of power generation needs. With advanced engine technology, high reliability, and flexibility in power output, they are suitable for industrial, commercial, and emergency power applications.
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TB Series MAN Diesel Generator Set


MAN diesel generator has 22 models for you to choose from from 170KVA to 730kVA.
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MAN diesel generator MMAS530-2


The MAN diesel generator MMAS530-2 is a specific model within the MAN Energy Solutions diesel generator lineup.
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TK Series KUBOTA Diesel Generator Set


KUBOTA diesel generator has its standard configuration of positive and negative circuit breakers, ABB circuit breaker options, positive and negative circuit breakers, ABB circuit breaker options, Deepsea DSE3110 control panel as standard configuration, etc.,
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TV Series Volvo Diesel Generator Set


VOLVO Diesel Generator There are 15 models for you to choose from 85KVA to 625kVA.
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TU Series MTU Diesel Generator Set


MTU diesel generator has 8 models for you to choose from 645KVA to 3000kVA.
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TVM Series VMAN Diesel Generator Set


VMAN diesel generator has 70 models for you to choose from 230KVA to 1250kVA.
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Heavy oil generators are power generation systems that use heavy oil (also known as bunker fuel or residual fuel) to produce electricity. Heavy oil is a type of fuel derived from the bottom residues of crude oil refining. It is thicker and more viscous compared to lighter fuels like diesel or gasoline. 

 

How Heavy Oil Generators Work

Fuel Combustion: Heavy oil is fed into a combustion chamber where it is ignited. Due to its high viscosity, heavy oil usually needs to be preheated to ensure proper combustion.

Energy Conversion: The combustion process produces high-temperature gases that drive a turbine or engine. In a turbine generator, the hot gases spin the turbine blades, while in a reciprocating engine generator, the combustion forces drive pistons.

Electricity Generation: The mechanical energy generated from the turbine or engine is then converted into electrical energy by the generator. The generator's rotor spins within a magnetic field, inducing electrical current.

Power Output: The electrical power generated is then supplied for various uses, including industrial processes, power grids, or other electrical systems.

 

Key Features and Uses

Cost-Effectiveness: Heavy oil is generally cheaper than lighter fuels like diesel, making it an economical choice for large-scale power generation, especially where fuel costs are a significant consideration.

High Energy Content: Heavy oil has a high energy density, meaning it contains a large amount of energy per unit volume, which is beneficial for generating significant amounts of electricity.

Industrial Applications: Heavy oil generators are often used in industrial settings where large quantities of power are needed, such as in oil refineries, large manufacturing plants, and power plants.

Marine and Shipping: Heavy oil is commonly used in marine diesel engines and large ships because of its cost-effectiveness and availability.

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TMH Series Mitsubishi Heavy Fuel Oil Generator Set


Mitsubishi heavy oil generators 3920~15000kVA are available in a variety of models
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NIIGATA 16V34HLX Heavy Oil Generator


The NIIGATA 16V34HLX is a heavy oil (also known as fuel oil or marine diesel oil) generator set produced by Niigata Power Systems. This model is designed for large-scale power generation, particularly in industrial applications where heavy oil is used for its cost-effectiveness and energy density.
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TNH Series NIIGATA IHI Heavy Fuel Oil Generator Set


NIIGATA heavy oil generators are available in various models with electric power ranging from 761 kwe to 9033 kwe.
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TYH Series YANMAR Heavy Fuel Oil Generator Set


YANMAR heavy oil generators are available in various models with electrical power ranging from 441 kwe to 4800 kwe.
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TDH Series DAIHATSU Heavy Fuel Oil Generator Set


DAIHATSU heavy oil generators with electric power ranging from 860 kW to 6660 kW
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Diesel Generators 6DK-36 " Daihatsu "


Daihatsu Diesel Generators, produced by Daihatsu Diesel Manufacturing Co., Ltd., are known for their reliability, efficiency, and robustness in power generation. These generators are used in a variety of applications, including industrial, commercial, and marine environments.
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TWH Series WARTSILA Heavy Fuel Oil Generator Set


WARTSILA heavy oil generators are available in various models with electrical power ranging from 2640 kwe to 17080 kwe
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TSH Series STX Heavy Fuel Oil Generator Set


STX heavy oil generators with electric power ranging from 1158 kWe to 8730 kWe are available in various models
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TCH Series Caterpillar Heavy Fuel Oil Generator Set


Caterpillar natural gas generators are available in various models with electrical power ranging from 1094 kwe to 14040 kwe.
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A generator alternator, often just called an alternator in the context of generators, plays a crucial role in the process of electricity generation. It converts mechanical energy into electrical energy using the principle of electromagnetic induction.

 

Key Components of a Generator Alternator

Rotor: The rotating part of the alternator that creates a magnetic field. It is usually powered by a mechanical engine or turbine.

Stator: The stationary part of the alternator that contains coils of wire. The rotating magnetic field from the rotor induces an electric current in these coils.

Exciter: A small generator that provides the initial magnetic field for the rotor. In modern systems, this is often an integral part of the alternator’s design.

Voltage Regulator: A device that controls the output voltage by adjusting the excitation current supplied to the rotor.

 

Applications of Generator Alternators

Power Generation: Used in power plants, backup generators, and portable generators to supply electricity.

Automobiles: In vehicles, alternators generate electricity to charge the battery and power electrical systems while the engine is running.

Industrial Use: Used in various industrial applications where stable and reliable AC power is required.

 

Alternators are generally more efficient than DC generators, especially at varying speeds and loads. They have fewer brushes and commutators, leading to lower maintenance requirements and longer service life. They provide stable voltage output thanks to the voltage regulator, which is crucial for sensitive electronic equipment.

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TAIYO HEK63Y-8 Brushless Alternator


The primary function of the TAIYO HEK63Y-8 brushless alternator is to convert mechanical energy into electrical energy. It does this by using a rotating magnetic field and stationary armature to produce alternating current (AC).
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NISHISHIBA Generator Alternator 2000kW 60Hz


NISHISHIBA Generator Alternator with a 2000 kW rating and 60 Hz frequency is a powerful and reliable component used in large-scale power generation systems. It is designed to meet high energy demands and provide stable power output for various critical applications.
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A gas turbine generator is a type of power generation system that uses a gas turbine engine to produce electricity.

 

Types of Gas Turbine Generators

Simple Cycle Gas Turbines: These operate on a single cycle of compression, combustion, and expansion. They are typically used for peaking power, where quick start-up and shut-down are required.

Combined Cycle Gas Turbines: These systems use the exhaust heat from the gas turbine to drive a steam turbine, improving overall efficiency. This is known as a combined cycle power plant, where the waste heat is used to produce additional electricity.

 

Applications

Power Plants: Gas turbine generators are used in both standalone power plants and combined cycle plants to produce electricity for the grid.

Industrial Processes: They provide reliable and efficient power for industrial operations and processes.

Backup Power: They can be used as emergency backup power sources for critical facilities.

Marine and Aviation: Gas turbines are also used in ships and aircraft due to their high power-to-weight ratio and reliability.

 

Advantages

High Efficiency: Especially in combined cycle configurations, gas turbines can achieve high thermal efficiencies.

Flexibility: They can start up and shut down quickly, making them suitable for meeting fluctuating power demands.

Low Emissions: Modern gas turbines produce relatively low levels of greenhouse gases and pollutants compared to other fossil fuel power sources.

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GE LM2500 Gas turbine engine


The GE LM2500 is a widely used gas turbine engine developed by General Electric. It's known for its reliability and versatility, primarily used in marine propulsion, power generation, and various industrial applications.
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A steam turbine is a device that converts thermal energy from steam into mechanical energy, which can then be used to generate electricity or drive mechanical equipment. 

 

Types of Steam Turbines

Impulse Turbine:

  • Single-Stage: Steam is expanded in nozzles to a high velocity and directed onto the turbine blades. The pressure drop occurs in the nozzles, and the impulse of the steam drives the blades.
  • Applications: Often used in small to medium-sized power plants and some industrial processes.

Reaction Turbine:

  • Multi-Stage: Steam expands gradually through a series of moving and stationary blades. Both the nozzles and blades contribute to the energy conversion.
  • Applications: Common in large power plants and high-efficiency applications.

 

Applications

Electric Power Generation: Steam turbines are widely used in power plants to generate electricity. They are a key component in coal, nuclear, and some renewable energy plants.

Industrial Processes: Used in various industrial applications where mechanical power is required, such as in manufacturing and processing facilities.

Marine Propulsion: Employed in naval vessels and large ships for propulsion.

 

Advantages

High Efficiency: Steam turbines are efficient at converting thermal energy into mechanical energy, especially in large, high-capacity power plants.

Reliability: They are known for their reliability and long operational life when properly maintained.

Flexibility: Can operate over a wide range of steam pressures and temperatures, making them versatile for different applications.

 

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1999Kw Steam Turbine Generator -Shin Nippon Machinery Co., Ltd


The 1999 kW steam turbine generator from Shin Nippon Machinery Co., Ltd. is a significant piece of equipment used in various industrial and power generation applications.
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ZD60 Turbo Generator Set


ZD60 back-pressure steam turbine is a single-stage back-pressure steam turbine with a spindle speed of 3000-7000 rpm, which is changed to 1500 rpm by a gearbox to drive a generator to generate electricity.
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ZD90 Turbo Generator Set


ZD90 back-pressure steam turbine is a single-stage back-pressure steam turbine, which is characterized by using steam at low temperature, low pressure and low pressure difference as the steam source, and its power generation can reach up to 3000 Kw.
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Z60 STEAM TURBINE


Z60 STEAM TURBINE The main feature of this model is to use low-temperature and low-pressure steam as the steam source to drive the rotating machinery to do work In order to achieve the purpose of saving energy and reducing consumption.
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Z80 STEAM TURBINE


The main feature of the Z80 back pressure steam turbine is to use medium-temperature and medium-pressure steam as the steam source to achieve the purpose of saving energy and reducing consumption.
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Z160 INDUSTRIAL STEAM TURBINE


Z160 INDUSTRIAL STEAM TURBINEL is a single-stage back-pressure steam turbine with a double-speed impeller. It saving the layout space, and improving the reliability and safety of the unit.
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Z88 STEAM TURBINE


The main feature of this Z88 model is that it is used in the working condition with relatively large pressure difference. It can be designed as a back pressure type or a pure condensing type steam turbine according to the situation.
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Z90 INDUSTRIAL STEAM TURBINE


The characteristic of the Z90 back pressure steam turbine is to use low-temperature and low-pressure steam as the steam source, to drive the rotating machinery to do work, to realize the cascade utilization of energy, so as to achieve the purpose of saving energy and reducing consumption.
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Z30 STEAM TURBINE


Z30 steam turbine, This model is widely used for small-volume differential pressure power generation or related teaching.
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A boiler is a device used to heat water or other fluids to produce steam or hot water for various applications. It plays a crucial role in many industries and heating systems. Here’s a detailed explanation of what a boiler does and its key components:

 

Functions of a Boiler

Heat Generation:

  • Heating Water: The primary function of a boiler is to heat water. The heat energy is transferred to the water through the combustion of fuel or other heating methods.
  • Steam Production: In many systems, especially in power plants and industrial processes, the heated water is converted into steam. This steam is used to drive turbines for electricity generation or for other mechanical processes.

Energy Transfer:

  • Heat Exchange: Boilers transfer heat from a fuel source (such as natural gas, oil, coal, or biomass) to the water or fluid inside the boiler. This process involves a heat exchanger that facilitates the transfer of thermal energy.

Pressure and Temperature Control:

  • Controlled Environment: Boilers operate under specific pressure and temperature conditions. They are equipped with controls and safety mechanisms to regulate these parameters and ensure safe and efficient operation.

 

Types of Boilers

Fire-Tube Boilers:

  • Design: In these boilers, hot gases from the burner pass through tubes surrounded by water. The heat from the gases is transferred to the water, producing steam.
  • Applications: Common in smaller installations and for applications requiring lower pressure and temperature.

Water-Tube Boilers:

  • Design: Water is circulated through tubes that are heated by external combustion gases. This design allows for higher pressure and temperature operations.
  • Applications: Used in large industrial and power plant applications where high capacity and efficiency are required.

Electric Boilers:

  • Design: Use electrical resistance to heat water. They are typically used in applications where electric power is preferred or where there is no access to other fuel sources.
  • Applications: Suitable for smaller-scale or residential applications.

Steam Boilers:

  • Design: Designed to produce steam by heating water to its boiling point. The steam is then used for power generation or other processes.
  • Applications: Common in power plants, industrial facilities, and heating systems.

Hot Water Boilers:

  • Design: Produce hot water for heating purposes or other processes, rather than steam.
  • Applications: Often used in residential and commercial heating systems.
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Advantages of Boilers

  • Efficiency: Boilers are generally efficient in converting fuel into heat, especially in well-maintained systems.
  • Reliability: They are reliable and can operate continuously for long periods with proper maintenance.
  • Versatility: Can be used with various fuel types and for different applications, from residential heating to large-scale industrial processes.
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High Efficiency Low Row of Pulverized Coal Boiler


The pulverized coal is fully burned, the boiler heat exchange effect is good, the airtight operation has no dust leakage, the ignition source is cut off in 30 seconds, and the automatic monitoring can solve the combustion of residual carbon fuel with low volatile content
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35t/h-130t/h Series of Chain Grate Boiler


35t/h-130t/h Series of chain grate boiler can save more than 40% of boiler room investment.
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Circulating fluidized bed boiler


Circulating fluidized bed boiler Wide adaptability of the fuel, can burn high-quality coal. but also with low-volatile, high ash low-quality coal
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Fuji Steam Turbine Generator SRV-7


The Fuji Steam Turbine Generator SRV-7 is a steam turbine generator manufactured by Fuji Electric Co., Ltd., a leading company in the field of industrial machinery and power generation equipment. The SRV-7 model represents a specific design within their lineup of steam turbines.
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Used 6.3MW Gas Turbine Engine


Gas turbine engine or Combustion turbine engine, GTE in English, is a type of engine that is a heat engine.
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Used FLD364D Brushless Alternator


The FLD364D Brushless Alternator is a type of alternator manufactured by Fermat, used in various power generation applications. This model is known for its durability and reliability, making it suitable for both industrial and commercial uses.
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Used 4.2MW Gas Turbine Engine


A 4.2 MW Gas Turbine Engine is a type of industrial gas turbine used for power generation and various high-demand applications. These turbines are designed to provide reliable and efficient power in settings such as power plants, industrial facilities, and emergency power systems.
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SULZER 16ZA40S Diesel Generator 11520kW


The Sulzer 16ZA40S Diesel Generator is a high-capacity diesel engine designed for industrial power generation, offering substantial power output and reliability.
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Used MITSUBISHI Natural Gas Generator 18KU30GA 50Hz 5750kW


The MITSUBISHI Natural Gas Generator model 18KU30GA is a high-capacity power generator designed to operate on natural gas.
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MITSUBISHI Used Natural Gas Generator SGP-M930 930Kw 50Hz


The MITSUBISHI Natural Gas Generator model SGP-M930 is a smaller-scale generator compared to the 18KU30GA you mentioned earlier.
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Mitsubishi Used Diesel Generator S16R-YITPA-4


Mitsubishi diesel generator set, model: S16R-YIPA-4, diesel generator refers to the power generation equipment that uses diesel as fuel and rotates the crankshaft of the diesel engine to drive the generator to generate electricity.
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Wartsila Used Diesel Generator W18V32


The Wärtsilä 32 is a 4-stroke, non-reversible, turbocharged and intercooled diesel engine with direct fuel injection.
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WARTSILA 18V34SG Used Gas Generator


The Wärtsilä 34SG is a four-stroke, Mars-ignition, lean-burn gas engine generator set. The agility and flexibility of the Wärtsilä 34SG generator set make it an excellent choice for flexible base load and balanced renewable energy applications.
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Wartsila 12V32D Used Heavy Oil Generator


The Wärtsilä 12V32D is a used heavy oil (often referred to as HFO or heavy fuel oil) generator known for its high power output and durability.
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Wartsila 18V32LN Used Heavy Oil Generator


The Wärtsilä 32 is a 4-stroke, non-reversible, turbocharged and intercooled diesel engine with direct fuel injection.
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Wärtsilä W16V34SG Used Natural Gas Generator


The Wärtsilä W16V34SG is designed to be highly efficient, especially in CHP applications where waste heat is utilized.
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Used NIIGATA Niigata Natural Gas Generator 18V22AG 50Hz 3200kW


The Niigata 18V22AG is a used natural gas generator known for its robust performance and reliability.
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18V22AG 60Hz NIIGATA Natural Gas Generator


The Niigata 18V22AG natural gas generator designed for 60Hz operation is a high-capacity engine used for substantial power generation.
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Used DAIHATSU 8DK-20 Heavy Oil Generator


The Daihatsu 8DK-20 is a heavy oil (heavy fuel oil, HFO) generator designed for industrial applications where large power outputs are needed.
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Used Caterpillar Generator 3616


The Caterpillar 3616 is a large, high-capacity diesel generator designed for heavy-duty applications.
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Used YANMAR Diesel Generator 12LALC-ST


The Yanmar 12LALC-ST is a diesel generator known for its reliability and performance in various applications.
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Caterpillar-Piston Pin


This piston pin is suitable for all kinds of CAT engines, length: 6.1, height: 2.6, applicable engine models: industrial: 3176C, 3176B, CPT372, truck: C-10
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Cummins-Water Pump


This water pump is suitable for Cummins engine/engine QSX15
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Cummins-Crankshaft


The crankshaft is the part of the engine that converts the kinetic energy of the piston's linear reciprocating motion into rotational kinetic energy.
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MAN-Valve


The steam valve is a solid trumpet-shaped object, which is used to control the opening and closing of the air intake and exhaust holes above the engine combustion chamber.
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WARTSILA Connecting Rod


Connecting rods are important parts in machines and tools. It usually acts together with other machine parts to form levers, four-linkage rods, crank-slider mechanisms...etc.
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WARTSILA 46 Cylinder Head


In an internal combustion engine, the cylinder head (often abbreviated to simply "head") sits above the cylinders and forms the roof of the combustion chamber.
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YANMAR-Copper Sleeve


YANMAR connecting rod piston pin copper sleeve
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Zhen Yi International Power

Zhenyi has been established for 12 years. It has 30 years of experience since its father took over and transformed. It is committed to selling various generator-related products, ranging from power plant planning to small parts procurement and maintenance. It has branches in Bangladesh and Cambodia. We have rich experience in export sales, covering China, Southeast Asia, Vietnam, Cambodia, Myanmar, Indonesia, Philippines, Bangladesh, etc.

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