Fully Premixed Feng Neng Vacuum Boiler with Condensing Hot Water
1. Integrated Design Philosophy The Feng Neng tube series boilers adopt a
deep integration philosophy of “pot” and “furnace,” continuously optimizing the
structure through full structural and process numerical simulation and digital
control measures, achieving matching in energy efficiency, emissions, and power
consumption.
2. Fully Premixed Flat Burner Technology Adopting fully premixed flat burner
technology, the product achieves high thermal efficiency and compact size,
reducing the user's floor space requirements and lowering infrastructure
investment costs.
3. Built-In Design for Ease of Use With all equipment internally designed,
factory testing can be completed before delivery. At the user’s site, only
connections to the water pipe, natural gas pipe, chimney, and power supply are
required. This not only shortens installation time but also reduces installation
costs. The high thermal efficiency and low flue gas temperature are achieved by
increasing the heat exchange surface fivefold, lowering flue gas temperature
quickly. The user-friendly control system features an LCD touch screen, dynamic
graphic display, multi-level menus, and permissions, with automatic fault
recording. Compact design reduces floor space by approximately 30%.
Product Features
•Low NOx Emissions: NOx < 30 mg/m³
•High Thermal Efficiency: Up to 108%
•Easy Installation: Modular design, factory-tested; on-site connection of
water, electricity, and gas for immediate use
•Feng Neng Condenser (Heat Exchanger Element): Divides the flue gas into
independent slot-type heat exchange zones, with each section featuring a
convex-concave slot design. Each product undergoes thermal state testing and
inspection before leaving the factory.
•Smart Modular System: Uses a modular control system for energy savings and
reduced consumption.
•Feng Neng Condensing Technology: Specifically designed for flue gas
condensing conditions, this condensing heat transfer element offers high thermal
performance, rapidly cooling flue gas in a short length and achieving higher
condensation rates compared to general heat transfer elements.
•High-Efficiency Heat Transfer Elements: Optimized through numerical
simulation analysis for enhanced heat transfer performance.
•Unique Convex-Concave Slot Design: Enhances heat transfer performance.
•Increased Heat Exchange Surface Area: More than five times the heat exchange
surface area, increasing heat exchange efficiency.
•Silicon Aluminum Alloy Material: Extends the service life.
•Deep Penetration into Flue Gas Center: Rapidly reduces flue gas
temperature.
