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Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries.

Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries.

MOQ: 2 sets
Price: Negotiable
Standard Packaging: According to customer requirements
Payment Method: T/T, L/C
Detail Information
Place of Origin
china
Brand Name
suli
Certification
ISO9001
Model Number
DW
Material:
Stainless Steel, Carbon Steel
Heat Source:
Steam, Natural Gas, Oil, Electric Heating, Heat Transfer Oil, Flue Gas/waste Heat
Control System:
PLC Programming Or Buttons
Price:
Provide Pricing Based On Customer Requirements.
Minimum Order Quantity:
2 sets
Price:
Negotiable
Packaging Details:
According to customer requirements
Payment Terms:
T/T, L/C
Highlight:

Flue gas belt drying machine

,

Waste heat dryer for chemical industry

,

Food industry belt drying equipment

Product Description
Flue Gas/Waste Heat Dryer for Environmental Protection, Chemical, Food and Other Industries
Working Principle and Core Structure
The belt dryer operates on a continuous processing principle. Wet material is evenly distributed onto a stainless steel wire mesh or perforated plate conveyor belt via a feeding system. Driven by transmission mechanisms, the belt moves slowly through sealed drying chambers divided into multiple independent units. Each unit features dedicated hot air circulation, heating, and dehumidification systems.
Hot air (drying medium) contacts the material through vertical penetration (through-flow) or horizontal blowing (cross-flow), facilitating efficient heat and mass transfer to evaporate moisture. The system optimizes thermal efficiency by partially recycling exhaust gases mixed with fresh air while discharging excess humid air.
Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries. 0
Primary Structural Systems
  • Feeding System: Ensures uniform and continuous material distribution on the conveyor belt
  • Conveying System: Core belt mechanism with adjustable width (1.2-4.5 meters) and variable speed control (0.1-5 meters/minute), including drive, tensioning, and automatic alignment components
  • Drying Chamber: Sealed enclosure with multiple independently controlled temperature and humidity sections
  • Hot Air Circulation System: Comprising circulating fans, heaters (steam, electric, thermal oil, gas), and air ducting for controlled heat delivery
  • Dehumidification System: Removes high-humidity exhaust gases to maintain drying efficiency
  • Discharge System: Continuous collection of dried finished products
  • Electrical Control System: PLC-based automation for precise adjustment of belt speed, temperature, humidity, and other process parameters
Main Types and Key Features
Dryer Type Key Characteristics Applications
Single-Stage Belt Dryer Basic configuration with material drying on single conveyor layer Standard drying applications
Multi-stage Belt Dryer Multiple single-stage units in series for materials with high shrinkage Materials requiring progressive drying stages
Multi-layer Belt Dryer Compact footprint with material transfer between connected belt layers Long drying time materials (grains), excluding sticky or fragile materials
Through-flow Dryer Vertical air penetration through material layer for high efficiency High-throughput applications
Cross-flow Dryer Angled air flow relative to belt movement direction Gentle drying processes
Vacuum Belt Dryer Negative pressure operation for low-temperature drying Heat-sensitive materials (biological products, pharmaceutical extracts)
Key Advantages: Continuous automated operation with high production capacity; independent parameter control for flexible adaptation to material drying curves; minimal product damage due to static material positioning; optimized thermal energy utilization through air recycling; excellent equipment sealing for improved working conditions.
Limitations: Relatively large footprint and operational noise generation.
Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries. 1
Application Areas
Belt dryers provide gentle, controllable drying solutions across multiple industries:
  • Food Industry: Dehydrated vegetables (carrots, spinach), dried fruits, condiments, snack foods (potato chips, sunflower seeds) - preserves nutrients and color
  • Pharmaceutical Industry: Traditional Chinese medicine pieces (ginseng, wolfberry), extracts, powders, granules, biological agents - vacuum models comply with GMP standards
  • Chemical and New Materials: Catalysts, pigments, battery materials, synthetic rubber - through-flow design maintains material pore structure
  • Environmental Protection: Municipal sludge and industrial waste volume reduction through drying
  • Agriculture and Feed Industry: Feed additives, premixes, agricultural products (grains, tea)
Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries. 2
Products
PRODUCTS DETAILS
Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries.
MOQ: 2 sets
Price: Negotiable
Standard Packaging: According to customer requirements
Payment Method: T/T, L/C
Detail Information
Place of Origin
china
Brand Name
suli
Certification
ISO9001
Model Number
DW
Material:
Stainless Steel, Carbon Steel
Heat Source:
Steam, Natural Gas, Oil, Electric Heating, Heat Transfer Oil, Flue Gas/waste Heat
Control System:
PLC Programming Or Buttons
Price:
Provide Pricing Based On Customer Requirements.
Minimum Order Quantity:
2 sets
Price:
Negotiable
Packaging Details:
According to customer requirements
Payment Terms:
T/T, L/C
Highlight

Flue gas belt drying machine

,

Waste heat dryer for chemical industry

,

Food industry belt drying equipment

Product Description
Flue Gas/Waste Heat Dryer for Environmental Protection, Chemical, Food and Other Industries
Working Principle and Core Structure
The belt dryer operates on a continuous processing principle. Wet material is evenly distributed onto a stainless steel wire mesh or perforated plate conveyor belt via a feeding system. Driven by transmission mechanisms, the belt moves slowly through sealed drying chambers divided into multiple independent units. Each unit features dedicated hot air circulation, heating, and dehumidification systems.
Hot air (drying medium) contacts the material through vertical penetration (through-flow) or horizontal blowing (cross-flow), facilitating efficient heat and mass transfer to evaporate moisture. The system optimizes thermal efficiency by partially recycling exhaust gases mixed with fresh air while discharging excess humid air.
Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries. 0
Primary Structural Systems
  • Feeding System: Ensures uniform and continuous material distribution on the conveyor belt
  • Conveying System: Core belt mechanism with adjustable width (1.2-4.5 meters) and variable speed control (0.1-5 meters/minute), including drive, tensioning, and automatic alignment components
  • Drying Chamber: Sealed enclosure with multiple independently controlled temperature and humidity sections
  • Hot Air Circulation System: Comprising circulating fans, heaters (steam, electric, thermal oil, gas), and air ducting for controlled heat delivery
  • Dehumidification System: Removes high-humidity exhaust gases to maintain drying efficiency
  • Discharge System: Continuous collection of dried finished products
  • Electrical Control System: PLC-based automation for precise adjustment of belt speed, temperature, humidity, and other process parameters
Main Types and Key Features
Dryer Type Key Characteristics Applications
Single-Stage Belt Dryer Basic configuration with material drying on single conveyor layer Standard drying applications
Multi-stage Belt Dryer Multiple single-stage units in series for materials with high shrinkage Materials requiring progressive drying stages
Multi-layer Belt Dryer Compact footprint with material transfer between connected belt layers Long drying time materials (grains), excluding sticky or fragile materials
Through-flow Dryer Vertical air penetration through material layer for high efficiency High-throughput applications
Cross-flow Dryer Angled air flow relative to belt movement direction Gentle drying processes
Vacuum Belt Dryer Negative pressure operation for low-temperature drying Heat-sensitive materials (biological products, pharmaceutical extracts)
Key Advantages: Continuous automated operation with high production capacity; independent parameter control for flexible adaptation to material drying curves; minimal product damage due to static material positioning; optimized thermal energy utilization through air recycling; excellent equipment sealing for improved working conditions.
Limitations: Relatively large footprint and operational noise generation.
Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries. 1
Application Areas
Belt dryers provide gentle, controllable drying solutions across multiple industries:
  • Food Industry: Dehydrated vegetables (carrots, spinach), dried fruits, condiments, snack foods (potato chips, sunflower seeds) - preserves nutrients and color
  • Pharmaceutical Industry: Traditional Chinese medicine pieces (ginseng, wolfberry), extracts, powders, granules, biological agents - vacuum models comply with GMP standards
  • Chemical and New Materials: Catalysts, pigments, battery materials, synthetic rubber - through-flow design maintains material pore structure
  • Environmental Protection: Municipal sludge and industrial waste volume reduction through drying
  • Agriculture and Feed Industry: Feed additives, premixes, agricultural products (grains, tea)
Flue Gas/Waste Heat Dryer Is Suitable For Environmental Protection, Chemical, Food And Other Industries. 2
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