Quote
Quote Cart
clear all items

Boiler Inventory - Search Steam Boilers | IPP

Used boilers for sale: steam and hot oil systems for thermal processing

Searching equipment…
Active Filters
Equipment
Manufacturer: Ansaldo Volund
Boiler
Subtype: Steam
Clear all filters

Top Steam in stock

Highest-ranked available inventory for this selection.

Compare related Boiler types

Refine Steam

Specifications

Available Steam

Showing 3 of 3 matching Steam.

Stock Number: #706522
Boiler Type: Water Tube
Temperature: 105 °C
Power: 13,100 kW
Capacity (Design): 44,000 lb/h
Fuel Type: Natural Gas, Heavy Fuel Oil
Pressure: 91 bar
Controls: Yes
Burner Manufacturer: Saacke
Deaerator System: Yes
Additional Information: normal working pressure 83 bara, flue gas for dimensioning 16,667 Nm3/hr, flue gas temperature after economizer 139.5 deg C, content of CO2 in flue gas 8.92 volume %, H20 15.84 volume %, O2 2.07 volume %, net calorific value 42.8 MJ/kg (gas oil), 39 MJ/kg (natural gas), Saacke type TSAAYD-135-E3-6275 steam atomizing burner, designed for natural gas or gas oil, heat input 22,000kg/hr, gas oil output 190-1329 kg/hr, natural gas 163-1631 Nm3/hr, energy input 13.1 MW, fuel input natural gas 1206 kg/hr, gas oil 1097 kg/hr, air flow 14,000 Nm3/hr, flue gas flow natural gas 14,150 Nm3/hr, gas oil 14,866 Nm3/hr, heating surface area furnace 60sqm, screen 2.6sqm, evaporator 33sqm, walls of convection part 25sqm, economizer 1 683sqm, economizer 2 78sqm, total 881sqm the boiler is an all welded water tube boiler with natural water circulation, built as a vertical and self-contained construction in which the downcomers form the supporting columns, vertical expansion of the boiler is free upwards, boiler has a radiation part, a convection part and a detached economizer, the radiation part is to reduce the flue gas temperature before the convection part, the radiation part is built as an all-welded membrane wall section on the sides, top and partition wall, the economizer is in the back of the convection part and is made with horizontal tube coils, these are a nest of pipes consisting of 14-tube lines of each 28 tubes, the evaporator is made with diagonal tube coils, which are a nest of 6-tube lines of each 28 tubes, the detached economizer is built as a four sided casing tower in which are placed horizontal convection heating surfaces, boiler includes: (1) 1640ltr c/steel boiler drum, steam space load 275 m3/m3xh, 1200mm diameter x 3m long, 40mm thick, weld dished ends, (1) Detached in-line fin tube Economizer, manufactured by Emvertec, 683sqm, design pressure 13.5 bar, (1) 316 s/steel Deaerator vessel, manufactured by Cool Technology ltd, design pressure 2 bara @ 105 deg C, operating pressure 0.21 bara (3) Feed water pumps, manufactured by KSB, type HGM-2/15, Other associated equipment include fans, valves, pumps, instruments, control panels, etc
More Details ⟶
Stock Number: #706521
Boiler Type: Water Tube
Temperature: 105 °C
Power: 13,100 kW
Capacity (Design): 44,000 lb/h
Fuel Type: Natural Gas
Pressure: 91 bar
Controls: Yes
Burner Manufacturer: Saacke
Low NOx: Yes
Deaerator System: Yes
Additional Information: normal working pressure 83 bara, flue gas for dimensioning 16,667 Nm3/hr, flue gas temperature after economizer 139.5 deg C, content of CO2 in flue gas 8.92 volume %, H20 15.84 volume %, O2 2.07 volume %, net calorific value 42.8 MJ/kg (gas oil), 39 MJ/kg (natural gas), Saacke type TSAAYD-135-E3-6275 steam atomizing burner, designed for natural gas or gas oil, heat input 22,000kg/hr, gas oil output 190-1329 kg/hr, natural gas 163-1631 Nm3/hr, energy input 13.1 MW, fuel input natural gas 1206 kg/hr, gas oil 1097 kg/hr, air flow 14,000 Nm3/hr, flue gas flow natural gas 14,150 Nm3/hr, gas oil 14,866 Nm3/hr, heating surface area furnace 60sqm, screen 2.6sqm, evaporator 33sqm, walls of convection part 25sqm, economizer 1 683sqm, economizer 2 78sqm, total 881sqm the boiler is an all welded water tube boiler with natural water circulation, built as a vertical and self-contained construction in which the downcomers form the supporting columns, vertical expansion of the boiler is free upwards, boiler has a radiation part, a convection part and a detached economizer, the radiation part is to reduce the flue gas temperature before the convection part, the radiation part is built as an all-welded membrane wall section on the sides, top and partition wall, the economizer is in the back of the convection part and is made with horizontal tube coils, these are a nest of pipes consisting of 14-tube lines of each 28 tubes, the evaporator is made with diagonal tube coils, which are a nest of 6-tube lines of each 28 tubes, the detached economizer is built as a four sided casing tower in which are placed horizontal convection heating surfaces, boiler includes: (1) 1640ltr c/steel boiler drum, steam space load 275 m3/m3xh, 1200mm diameter x 3m long, 40mm thick, weld dished ends, (1) Detached in-line fin tube Economizer, manufactured by Emvertec, 683sqm, design pressure 13.5 bar, (1) 316 s/steel Deaerator vessel, manufactured by Cool Technology ltd, design pressure 2 bara @ 105 deg C, operating pressure 0.21 bara (3) Feed water pumps, manufactured by KSB, type HGM-2/15, Other associated equipment include fans, valves, pumps, instruments, control panels, etc
More Details ⟶
Stock Number: #706520
Boiler Type: Water Tube
Temperature: 297 °C
Power: 13,100 kW
Capacity (Design): 89,000 lb/h
Fuel Type: Natural Gas
Pressure: 80 bar
Controls: Yes
Burner Manufacturer: Saacke
Deaerator System: Yes
Additional Information: and gas oil fired energy input 13.1 MW fuel input natural gas 1206 kg/hr, gas oil 1097 kg/hr, air flow 14,000 Nm3/hr, flue gas flow natural gas 14,150 Nm3/hr, gas oil 14,866 Nm3/hr, heating surface area furnace 60sqm, screen 2.6sqm, evaporator 33sqm, walls of convection part 25sqm, economizer 1 683sqm, economizer 2 78 SqM, total 881 SqM. 2 x 20 t/hr boilers working in tandem, the boilers are all welded water tube boiler with natural water circulation, built as a vertical and self-contained construction in which the downcomers form the supporting columns, vertical expansion of the boiler is free upwards, boiler has a radiation part, a convection part and a detached economizer, the radiation part is to reduce the flue gas temperature before the convection part, the radiation part is built as an all-welded membrane wall section on the sides, top and partition wall, the economizer is in the back of the convection part and is made with horizontal tube coils, these are a nest of pipes consisting of 14-tube lines of each 28 tubes, the evaporator is made with diagonal tube coils, which are a nest of 6-tube lines of each 28 tubes, the detached economizer is built as a four sided casing tower in which are placed horizontal convection heating surfaces, final condensing (Ceecon) economiser which preheats the boiler feed water. Main item consists of: (2) 20 t/hr (design load, 100% Maximum Continuous Rating) Ansaldo Volund water tube boilers, design pressure 91 bara, normal working pressure 83 bara, feed water temperature 105 deg C, flue gas for dimensioning 16,667 Nm3/hr, flue gas temperature after economizer 139.5 deg C, content of CO2 in flue gas 8.92 volume %, H20 15.84 volume %, O2 2.07 volume %, net calorific value 42.8 MJ/kg (gas oil), 39 MJ/kg (natural gas), Saacke type TSAAYD-135-E3-6275 steam atomizing burner, designed for natural gas or oil, heat input 22,000kg/hr, gas oil output 190-1329 kg/hr, natural gas 163-1631 Nm3/hr, (1) 1640ltr c/steel boiler drum, steam space load 275 m3/m3xh, 1200mm diameter x 3m long, 40mm thick, weld dished ends, (1) Detached in-line fin tube Economizer, manufactured by Emvertec, 683sqm, design pressure 13.5 bar, (1) 316 s/steel Deaerator vessel, manufactured by Cool Technology ltd, design pressure 2 bara @ 105 deg C, operating pressure 0.21 bara (3) Feed water pumps, manufactured by KSB, type HGM-2/15, Other associated equipment include fans, valves, pumps, instruments, control panels, platform between boilers, etc
More Details ⟶

Get secondhand and surplus boilers from IPP – pre-owned solutions for utilities and process heating

Ready-to-run boilers for power generation and production environments will save you time and money

When your process demands reliable steam or hot water generation for heating, power, or production, industrial boilers provide critical support across industries. With more than 47 years of experience, IPP offers immediate access to used boilers sourced from 20 complete plant sites and included in our inventory of over 15,000 ready-to-ship pieces of equipment. Buying used boilers from IPP helps companies reduce capital costs, avoid long lead times, and maintain reliable energy production.

Boilers generate steam or hot water by heating water through combustion or electric elements. They are essential for a wide range of applications, including process heating, power generation, sanitation, and HVAC support. Available boiler types include fire-tube, water-tube, hot oil heaters, waste heat recovery boilers, and electric boilers.

Primary uses across industries

  • In chemical manufacturing, boilers supply steam for heating reactors, distillation columns, and heat exchangers.
  • In food and beverage processing, they provide steam for cooking, pasteurization, and cleaning systems.
  • In pharmaceutical production, boilers generate clean steam for sterile processing and facility sanitation.
  • In power generation, boilers drive steam turbines to generate electricity.
  • In wastewater treatment, boilers support sludge digestion and treatment operations.

Types of materials processed

  • Water converted to steam or hot water for process or facility needs
  • Waste heat recovery from industrial processes
  • Thermal oil heated for high-temperature, closed-loop systems

Common materials of construction

Boilers are built to withstand high pressure and temperature cycles, with construction based on application needs:

  • Carbon steel for standard industrial steam and hot water systems
  • Stainless steel for clean steam and sanitary applications
  • Specialty alloys for high-pressure, high-temperature, or corrosive environments

Key features of industrial boilers

  • Fire-tube and water-tube designs for various pressure and capacity needs
  • High-efficiency models to reduce fuel consumption
  • Waste heat recovery options to improve process energy efficiency
  • Steam and hot water configurations for broad application flexibility
  • Built-in safety controls and pressure relief systems
  • Learn more about boiler technology and operation at Chemical Processing.

Find your industrial boiler at IPP

Search the IPP inventory or contact IPP’s equipment specialists to secure a used boiler tailored to your process heating needs. With ready-to-ship inventory, IPP helps companies avoid supply chain delays, manage project costs, and ensure dependable steam or hot water production.

Boiler FAQ

Have questions about Boilers or our services? Learn more about our products and why customers choose IPP.

What industries rely most on industrial boilers?
Chemical, pharmaceutical, food and beverage, power generation, and wastewater treatment industries all depend on boilers for critical process and facility heating.
How do fire-tube boilers compare to water-tube boilers?
Fire-tube boilers are typically used for lower pressure applications with easier maintenance, while water-tube boilers handle higher pressures and greater steam generation needs.
What maintenance is required for industrial boilers?
Routine inspection of pressure vessels, burners, tubes, safety valves, and controls—combined with regular cleaning and water treatment—ensures boiler efficiency and safety.
What are the benefits of buying used or secondhand process equipment from IPP?
Buying used from IPP saves up to 70% compared to new equipment, provides immediate delivery, supports sustainable operations, and offers trusted expertise built over 47 years.