Operation & Maintenance:Can be operated 24/7, only once or twice a year maintenance shutdowns
Fuel:Oil & Gas Fuel
Capacity:Low to Medium capacity (upto 20 TPH)
Pressure:Low to Medium (upto 21 ksc)
Design and Construction:
D-Type Configuration: Features a D-shaped layout, with the drum(s) and water tubes arranged to optimize heat transfer and efficiency.
Single/Bi Drum Design: Available in single or bi-drum configurations to suit different operational needs and capacity requirements.
Water Tube Design:Water flows inside the tubes while hot gases flow over the tubes, providing efficient heat transfer and rapid steam generation.
Efficiency and Performance:
High Thermal Efficiency: The D-type design maximizes heat transfer, resulting in high thermal efficiency.
Rapid Steam Production: Water tube design ensures quick response to steam demand, ideal for processes requiring high steam output.
Optimized Heat Distribution: Even heat distribution reduces thermal stress and enhances overall performance and longevity.
Safety and Reliability:
High Pressure Capability: Suitable for high-pressure applications due to the robust design of water tubes.
Inherent Safety: Lower water content compared to fire tube boilers reduces the risk of catastrophic failure.
Reliable Operation: Durable construction and high-quality materials ensure consistent and reliable performance.
Combustion and Fuel Flexibility:
Fuel Versatility: Capable of using various fuels, including natural gas, oil, depending on design specifications.
Efficient Combustion: Advanced combustion systems ensure complete fuel burn, optimizing fuel use and reducing emissions.
Maintenance and Inspection:
Ease of Maintenance: The D-type configuration and accessible design make maintenance and inspection straightforward.
Automated Cleaning Systems: Can be equipped with soot blowers and other automated cleaning systems to maintain efficiency.
Modular Design: Facilitates easy replacement of parts and components, reducing downtime.
Applications:
Industrial Processes: Ideal for industries requiring high steam output and pressure, such as power generation, chemical processing, and food manufacturing.
Power Plants: Commonly used in small to medium-sized power plants for efficient steam generation.
Emission Control:
Low Emissions: Designed to meet stringent emission regulations, often equipped with low NOx burners and other emission control technologies.
Customization and Scalability:
Modular and Customizable: Design can be tailored to meet specific requirements, including capacity, pressure, and additional features.
Scalable Design: Suitable for various applications with the ability to scale for different steam capacities.
Economic Considerations:
Cost-Effective Operation: High efficiency and flexible fuel options lead to lower operational costs.
Long-Term Investment: Durable and reliable operation ensures a good return on investment over the boiler's lifespan.
Reduced Installation Costs: Modular design reduces on-site installation time and costs.
Regulatory Compliance:
Standards and Certifications: Designed to comply with international standards such as ASME, IBR, and PED, ensuring adherence to safety and performance regulations.
Regular Inspections: Subject to regular inspections and audits to maintain safety and efficiency standards.
