YLG Type Coal Biomass Thermal Oil Boiler Vertical Organic Heat Carrier Furnace

Minimum Order Quantity :	1	Price :	Negotiable
Packaging Details :	Different packaging methods are adopted according to different modes of transport.	Delivery Time :	30days
Payment Terms :	L/C,D/A,D/P,T/T

Place of Origin:	China	Brand Name:	Xinjie

Detail Information
Efficiency:	85% - 95%	Applicable Fuel:	Biomass
Fuel Moisture Content:	Below 20%	Ash Removal:	Automatic Or Manual Ash Removal System
Combustion Technology:	Automatic Feed And Combustion Control	Material:	Q345R Steel Plate, High Quality
Style:	Horizontal	Design Pressure:	Low Pressure 1.25Mpa, 2.0 Mpa2.5Mpa
Ignition Type:	Automatic Electric Ignition	Fuel Storage:	Integrated Or External Hopper/storage System
Highlight:	Vertical Thermal Oil Boiler , Biomass Thermal Oil Boiler , 1.25Mpa thermal boiler

Product Description

YLG Type Coal (Biomass) Vertical Organic Heat Carrier Furnace

YLG series organic heat carrier furnaces are assembled forced circulation vertical coal-fired and biomass-fired boilers featuring compact heat transfer surface structure and efficient thermal performance.

Compact heat transfer surface composed of inner and outer closely arranged disc tubes for optimal thermal efficiency
Modular design with upper body and lower combustion chamber for simplified on-site assembly
Efficient fuel combustion in adiabatic combustion chamber ensures complete burning and high thermal efficiency
Optimized medium flow from low to high prevents gas accumulation and enhances safety
Protected furnace top with closely arranged disc tubes prevents burning damage
Reduced heat load on tube surfaces ensures safer heat transfer oil operation

Industrial Applications

This organic heat carrier thermal oil boiler is designed for continuous high-temperature heat supply across various industrial processes:

Chemical processing and manufacturing
Textile dyeing and finishing
Food production and processing
Paper manufacturing
Rubber processing
Building materials production
Drying, heating, pressing, and distillation operations

Technical Specifications

Boiler Model	Rated Thermal Output (*10⁴ kcal/h)	Design Efficiency	Working Pressure (MPa)	Max Working Temperature (°C)	Medium Circulation Rate (m³/h)	Fuel Consumption (kg/h)
YLG0.18-0.8/320/297-SCI(AII)	15	>85%	0.8	320	12.5	45(36)
YLG0.24-0.8/320/308-SCI(AII)	20	>85%	0.8	320	32	60(48)
YLG(L)0.35-0.8/320/306-SCI(AII)	30	>85%	0.8	320	40	88(70)
YLG(L)0.47-0.8/320/306-SCI(AII)	40	>85%	0.8	320	60	118(95)
YLG(L)0.7-0.8/320/306-SCI(AII)	60	>85%	0.8	320	80	177(141)
YLG(L)1-0.8/320/305-SCI(AII)	80	>85%	0.8	320	100	252(202)
YLG(L)1.2-0.8/320/301-SCI(AII)	100	>85%	0.8	320	100	303(242)
YLG(L)1.4-0.8/320/297-SCI(AII)	120	>85%	0.8	320	100	354(283)
YLG(L)1.9-0.8/320/301-SCI(AII)	160	>85%	0.8	320	160	480(384)

Applicable Fuel: Biomass, Bituminous Coal across all models

Key Advantages

High Efficiency: Optimized heat exchange system and advanced combustion chamber design ensure superior thermal performance with design efficiency exceeding 85%.

Fuel Flexibility: Compatible with both coal and biomass fuels, providing cost savings and operational flexibility for diverse industrial applications.

Enhanced Safety: Low-pressure operation reduces risks compared to traditional steam boilers, with intelligent controls and multiple safety protection devices.

Space-Saving Design: Vertical configuration minimizes installation footprint and facilitates easy integration into existing production lines.

Easy Maintenance: Accessible structure and durable materials reduce downtime and extend equipment service life for long-term operational stability.

Global Market Presence

The YLG Type Organic Heat Carrier Furnace is extensively exported to Asia, Europe, Africa, and South America. With growing global demand for efficient and sustainable heating solutions, this thermal oil boiler has become the preferred choice for industries seeking to reduce environmental impact while improving energy efficiency.

This reliable, efficient, and eco-friendly organic heat carrier thermal oil boiler is engineered to meet the demanding heating requirements of modern industrial operations worldwide.

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