Replacement waste heat boiler for formaldehyde plants

Optimize energy recovery in high-temperature chemical reactions with this advanced waste heat boiler, ideal for transforming excess thermal energy into valuable steam for your process line.

Recovers Heat and Generates Steam for Chemical Processes

BORSIG Process Heat Exchanger GmbH provides sophisticated replacement waste heat boilers tailored for nitric acid, caprolactam, and formaldehyde production. These boilers utilize a forced circulation design, ensuring efficient heat recovery and steam generation by capturing released thermal energy from catalytic processes. Integrating easily into existing lines, they manage up to 500 °C steam temperatures at pressures between 40 and 80 bar. The design supports continuous operation, optimizing energy use, and ensuring sustainable production processes. Available in different material options for corrosion resistance, they offer seamless compliance with international standards. Featuring an integrated cooling system, these boilers maintain operational efficiency while facilitating easy maintenance with an available CIP system. Custom engineering support is offered to meet specific production requirements, enhancing plant efficiency and reliability.

Benefits

  • Enhances energy efficiency by recovering and utilizing waste heat, leading to lower operational costs.
  • Supports high-pressure operations, maximizing steam output for improved production capacity.
  • Robust material options ensure durability in corrosive environments, reducing maintenance frequency.
  • Facilitates seamless integration into existing production lines, minimizing installation downtime.
  • Contributes to sustainable production practices by optimizing thermal energy recovery.

General


Applications
Nitric acid,Caprolactam,Formaldehyde
End products
Pentaerythritol,Urea-formaldehyde resins,Adipic acid,Phthalic anhydride,Melamine formaldehyde resins,Nylon-6,Hexamine
Steps before
Feed gas preparation,Catalyst bed setup,Ammonia combustion,Methanol dehydration
Steps after
Steam superheating,Gas cooling,Steam delivery to process
Input ingredients
ammonia,methanol,water,air
Output ingredients
nitric oxides,formaldehyde,superheated steam,saturated steam
Market info
BORSIG is known for its expertise in manufacturing high-quality industrial engineered-to-order (ETO) equipment, including pressure vessels, heat exchangers, and compressors, with a strong reputation for engineering excellence and reliability in the petrochemical and chemical industries.

Technical Specifications


Operating Temperature
600–900 °C
Operating Pressure
5 bar (500 kPa)
Steam Production Temperature
150–500 °C
Steam Production Pressure
20–80 bar (2,000–8,000 kPa)
Design Type
Forced circulation
Boiler Type
Fire-tube boiler
Element Type
Flat spiral elements / Meander coil elements

Operating Characteristics


Heat recovery process
Waste heat recovery using catalytic oxy-dehydration
Pressure levels
5 bar (500 kPa) to 80 bar (8000 kPa)
Integrated heat recovery
Integrated waste heat boilers in process reactors
Temperature control
Superheated steam temperatures up to 500 °C
Steam generation
Saturated and superheated steam production
Operation type
Batch or continuous operation possible

Material Compatibility


Corrosive resistance (e.g. acids)
Yes
Cleanability
Yes
Durability under high temperatures (up to 900°C)
Yes
Resistance to catalytic reactions (e.g.,platinum gauze)
Yes
Thermal conductivity for efficient heat transfer
Yes

Product type Characteristics


Suitable processes
Nitric acid,formaldehyde,caprolactam production

Custom Options


Valves
Control ball / Isolation,emergency shut-off