Ovaco

Boilers (heating systems for petrochemical and power generation)

Boiler Systems

Ovaco Quality

Ovaco ensures high quality standards in the industry by using the most advanced technologies and engineering methods in boiler production. Every stage in the production process, from welding methods to testing procedures, is meticulously managed to maximize the reliability, durability and energy efficiency of the boilers.

Conclusion

Ovaco aims for excellence at every stage, from the production of boiler systems to quality control. Advanced welding methods, rigorous testing procedures and innovative surface treatments ensure that Ovaco boilers are unrivaled in reliability, energy efficiency and longevity. Ovaco is always with you for reliable, efficient and durable boiler solutions for your projects! kazan çözümleri için Ovaco her zaman yanınızda!

Boilers (heating systems for petrochemical and power generation)

Thermal Oil Boilers

Ovaco offers reliable and energy efficient Thermal Oil Boilers to meet the high temperature requirements of your industrial processes. These boilers transfer heat safely and efficiently using heat transfer oil, ensuring constant performance even at high temperatures.


Featured Features


High Temperature Capability: Reliable heat transfer at temperatures of 300°C and above.

Pressureless Operation: Low pressure advantage at high temperature.

Energy Efficiency: Minimum fuel consumption with optimized combustion chamber design.

Long Lifetime: Long service life with high quality materials and advanced design.

Flexible Fuel Options: Systems compatible with liquid, gas or solid fuel.

Areas of Use



Chemical Industry: Reactor heating and temperature controlled processes.

Textile and Dyeing: Production processes requiring constant temperature.

Food and Beverage: Drying and cooking processes.

Plastics and Rubber: Mold heating and thermal processes.

Petrochemicals: High temperature process applications.

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Water Tube Boilers

Ovaco offers customized solutions for your industrial heating needs with Water Tube Boilers that offer high efficiency, durability and reliability. These boilers are ideal for energy-intensive processes thanks to their high pressure and large steam generation capacity.


Featured Features


High Pressure Capacity: Wide range of pressure and steam capacity for industrial processes.

Efficient Design: Maximum energy conversion with water pipes and large heat transfer surfaces.

Fast Steam Generation: Capacity to produce large amounts of steam in a short time.

Flexible Fuel Options: Suitable for liquid fuel, gas fuel or solid fuel.

Modular Structure: Optimized design for easy maintenance and long life.

Areas of Use



Power Plants: Ideal for high pressure steam generation.

Petrochemicals: Process heating and energy recovery applications.

Chemical Industry: Reactor heating and evaporation processes.

Textile: Steam-based drying and ironing systems.

Paper and Pulp: Drying and process steam applications.

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Steam Boilers

Ovaco offers a wide range of Steam Boilers designed to suit industrial needs. With steam capacities from 0.250 kg to 20,000 kg, liquid and gas fired boilers meet the energy requirements of businesses by providing high efficiency and reliability. All boilers are delivered turnkey with full accessory packages.


Featured Features


Wide Capacity Range: Steam capacity from 0.250 kg up to 20.000 kg.

Fuel Options: Liquid fuel, gas fuel and multi-fuel burner options.

Durable Material: Manufactured using steel drawn tubes and P series sheets.

Full Accessory Package: Safety valves, pressure control units, level gauges, burners and other necessary equipment are included.

Energy Efficiency: Provides maximum energy savings with low emission values and fuel consumption.

Areas of Use



Food and Beverage: Steam-powered cooking, sterilization and production processes.

Chemical Industry: Reactor heating, evaporation and condensation processes.

Power Plants: High pressure steam generation.

Textile: Steam support for drying and ironing processes.

Petrochemicals: Process heating and other thermal applications.

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  • Welding Methods

    Welding techniques in boiler production

  • Testing and Quality Control

    Reliability and durability tests

  • Production and Assembly

    Boiler production processes

TIG (Tungsten Inert Gas) Welding

Used for thin materials and precision joints.

Provides high quality, clean and reliable weld seams.

MIG/MAG (Metal Inert Gas/Metal Active Gas) Welding

Suitable for joining large and thick materials.

It offers high-speed and efficient welding.

Plasma Arc Welding

Ideal for precise and controlled welding processes.

Minimizes thermal deformation with low heat input.

Automatic Submerged Arc Welding (SAW)

Used for joining large diameter boiler components.

Provides high welding depth and durability.

Radiographic Testing (RT)

Detects defects by visualizing the internal structure of weld joints.

Weld seams are checked for pores, cracks and voids.

Ultrasonic Test (UT)

It detects defects in the material with ultrasonic waves.

It is widely used especially in large size boilers.

Hydrostatic Test

Testing the boiler with a pressure above the maximum working pressure.

Sealing and durability are verified.

Penetrant Test (PT)

Dye penetrant liquids are used to detect surface cracks and defects.

It is especially preferred for the control of TIG welds.

Magnetic Particle Test (MT)

Detects surface and near-surface defects in ferromagnetic materials.

Used for crack inspection and welding safety.

Sandblasting and Surface Cleaning

After welding, metal surfaces are cleaned by sandblasting and prepared for paint application.

Baked Paint Application

The coating, baked at high temperatures, increases the boiler's resistance to corrosion.

Insulation and Coating

Special insulation materials and coatings are used to reduce thermal energy losses.

Modular Assembly

Modular designs for quick and easy installation in the field.