Industrial Steam Boilers

Ekotek Heat Technology manufactures industrial steam boilers for different process requirements and energy sources. Compare the models below by steam output, working pressure and fuel compatibility.

For a technical proposal, tell us your steam demand, available energy source and destination country.

Industrial Steam Boilers
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Products

Industrial Steam Boiler Models

Compare steam boiler models by steam output, working pressure and energy source. Review each series to find an option suited to your industrial process.

12 Products
Storm Series
Storm Series - Liquid Gas Fuel High Pressure Steam Boiler 360° View
Industrial Steam Boilers

Storm Series - Liquid Gas Fuel High Pressure Steam Boiler

  • Steam generation capacity from 500 kg/h to 28,000 kg/h
  • Working pressure between 3 and 16 bar, and heat capacity from 349 kW - 19.538 kW
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Storm X Series
Storm X Series - Double-Furnace Steam Boilers
Industrial Steam Boilers

Storm X Series - Double-Furnace Steam Boilers

  • Steam generation capacity from 23,000 kg/h to 50,000 kg/h
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Performance Series
Performance Series - Liquid Gas Fuel High Pressure Steam Boiler
Industrial Steam Boilers

Performance Series - Liquid Gas Fuel High Pressure Steam Boiler

  • Steam generation capacity from 200 kg/h to 4,000 kg/h
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Thunderbolt Series
Thunderbolt Series - Semi-Cylindrical Solid Fuel Fired Steam Boiler
Industrial Steam Boilers

Thunderbolt Series - Semi-Cylindrical Solid Fuel Fired Steam Boiler

  • Steam generation capacity from 200 kg/h to 4,000 kg/h
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Strong Series
Strong Series - Liquid Gas Fired Steam Boiler
Industrial Steam Boilers

Strong Series - Liquid Gas Fired Steam Boiler

  • Steam generation capacity from 2.000 kg/h to 150.000 kg/h
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Volcano Series
Volcano Series - Solid Fuel Fired Front Furnace Steam Boiler
Industrial Steam Boilers

Volcano Series - Solid Fuel Fired Front Furnace Steam Boiler

  • Steam generation capacity from 3,000 kg/h to 25,000 kg/h
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Grim Series
Grim Series - Solid Fuel Scotch Type Steam Boiler
Industrial Steam Boilers

Grim Series - Solid Fuel Scotch Type Steam Boiler

  • Steam generation capacity from 200 kg/h to 7,000 kg/h
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Industrial Steam Boilers

Steam Superheater

  • Steam generation capacity from 500 kg/h to 50,000 kg/h
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Mega Volt Series
Mega Volt Series - Electric Steam Generator
Industrial Steam Boilers

Mega Volt Series - Electric Steam Generator

  • Steam generation capacity from 50 kg/h to 1,750 kg/h
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Hybrid Series
Hybrid Series - Solid Fuel Steam Boiler
Industrial Steam Boilers

Hybrid Series - Solid Fuel Steam Boiler

  • With a steam production capacity of 1,000 to 25,000 kg/h
  • Working pressure between 3 and 25 bar, and heat capacity from 600,000 to 15,000,000 Kcal/h
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Mega Volt X Series
Mega Volt X Series - Electric Steam Generator
Industrial Steam Boilers

Mega Volt X Series - Electric Steam Generator

  • Steam generation capacity from 2,000 kg/h to 28,000 kg/h
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Shield Series
Shield Series - Liquid and Gas-Fired Steam Boiler
Industrial Steam Boilers

Shield Series - Liquid and Gas-Fired Steam Boiler

  • With a steam production capacity of 400 to 16,000 kg/h
  • Operating pressure between 3 and 16 bar, and heat capacity from 250,000 to 10,000,000 Kcal/h
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Choosing an Industrial Steam Boiler

Start with the steam demand of your process, rather than choosing a boiler by capacity alone. Share the following requirements with our team:

  • Steam output: normal and peak demand in kg/h or t/h.
  • Working pressure: the pressure needed at the process equipment.
  • Steam conditions: whether the process requires saturated or superheated steam.
  • Energy source: available fuel or electrical supply.
  • Operating schedule: running hours, load changes and standby requirements.
  • Installation: destination country, available space and feedwater quality.

Review the boiler together with its feedwater system, controls and industrial boiler accessories. The complete system must suit the operating conditions of the plant.

Steam Boiler Models and Energy Options

Liquid and Gas-Fired Steam Boilers

Explore the Storm Series steam boilers and Storm X double-furnace steam boilers. Check the selected model's fuel compatibility, steam output and working pressure before specifying the equipment.

Solid Fuel Steam Boilers

The Volcano Series solid fuel steam boilers provide another option for projects using solid fuels. Fuel properties, handling arrangements and combustion requirements must be evaluated for the proposed configuration.

Electric Steam Generation

The Mega Volt electric steam generators use electrical energy without fuel combustion in the equipment. Assess the available electrical power, operating costs and steam demand when considering this option.

How a Steam Boiler Works

A steam boiler transfers heat to water to produce steam at the required operating pressure. Fuel-fired equipment obtains heat from combustion; electric equipment obtains heat from electrical energy.

  1. Feedwater supply: a pump supplies treated water to the boiler.
  2. Heat transfer: heating surfaces transfer energy to the water.
  3. Steam delivery: steam flows through the distribution system to the process.
  4. Condensate recovery: where process conditions allow, condensate returns to reduce water and energy demand.

Fire-Tube and Water-Tube Designs

In a fire-tube boiler, combustion gases pass through tubes surrounded by water. In a water-tube boiler, water passes through tubes heated externally by combustion gases. Select the design using the model's rated output, pressure limits and intended service conditions.

Industrial Applications

Process steam is used for food and beverage heating, textile processing, chemical production and industrial laundries. Match the steam conditions and quality to the application. Clean or sanitary steam requires a separate assessment of water quality, materials and the steam generation system.

Efficiency, Water Quality and Maintenance

Efficiency depends on the model, fuel, operating load and measurement basis. Ask for the declared efficiency and the conditions used to calculate it when comparing proposals. Heat recovery, insulation and condensate return can support lower operating costs where suitable for the installation.

Water treatment, blowdown and maintenance should follow the equipment requirements and local rules. Consult the boiler user manuals and use qualified personnel for inspections and servicing.

What Affects Steam Boiler Cost?

Capacity, working pressure, energy source, controls and auxiliary equipment all affect the quotation. Compare the complete scope, including transport, installation, commissioning, training and after-sales support, rather than the equipment price alone.

Documentation and Project References

Review our certificates and confirm which documents apply to the proposed model and destination market. Visit our project references for further information about our customers and projects.

Request a Technical Proposal

Tell us your destination country, application, required steam output, working pressure and available energy source. Include operating hours and installation constraints where known. These details help our team evaluate your project and prepare a technical and commercial proposal.

Frequently Asked Questions (FAQ) about Industrial Steam Boilers

How do I choose an industrial steam boiler?

Match normal and peak steam demand, working pressure, fuel or electrical supply and operating hours to the model specifications. Feedwater quality, installation space and destination-country requirements also need to be assessed.

How are steam capacity and working pressure determined?

Steam capacity is based on the process demand, usually expressed in kg/h or t/h. Working pressure depends on the consuming equipment and distribution conditions. A technical assessment should establish these values before the boiler is specified.

Which fuels and energy sources are available?

The range includes liquid and gas-fired boilers, solid fuel models and electric steam generators. Compatibility varies by series and configuration, so confirm the available energy source against the selected model specifications.

What affects the price of a steam boiler?

Steam output, pressure, energy source, controls and auxiliary equipment affect the price. Compare transport, installation, commissioning and after-sales scope as well as the equipment itself when reviewing quotations.

How can steam boiler efficiency be improved?

Appropriate sizing, suitable water treatment, insulation, maintenance and combustion adjustment can support efficient operation. Heat recovery and condensate return should be assessed for the installation. Compare efficiency figures using the same measurement basis and operating conditions.

What information is needed for a quotation and export project?

Provide the destination country, industrial application, steam demand, working pressure and available fuel or electrical supply. Include operating hours and site constraints where known, and ask the quotation to define transport, documentation, installation and commissioning responsibilities.

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