Industrial Spray Dryer Heat Exchanger

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Industrial Spray Dryer Heat Exchanger Specification

Thickness
8 mm Millimeter (mm)

Air Volume
12000 m/h ft3/min (CFM)

Number of Pipe
120

Max. Capacity
3800 Kg/hr Kilogram(Kg)

Diameter
1500 mm Millimeter (mm)

Condition
New

Structure
Stainless Steel Cylindrical Shell & Tube

Working Presssure
6 Bar

Voltage
415 V Volt (v)

Weight
3500 Kg Kilograms (kg)

Dimensions
2500 mm x 1800 mm x 2200 mm Millimeter (mm)

Application
Industrial Spray Drying

Heat Exchanger Type
Shell & Tube

Mounting Type
Horizontal

Automation Grade
Semi-Automatic

Manufacturing Technique
Seamless Welding

Material
SS304 / SS316

Inlet/Outlet Connection
Flanged

Cleaning Mechanism
Manual / CIP compatible

Usage
Thermal energy exchange for spray dryer system

Enviromental Compliance
Meets industrial standards

Design Standard
ASME Sec VIII

Corrosion Resistance
High

Service Temperature Range
Ambient to 260C

Heat Transfer Area
56 m

About Industrial Spray Dryer Heat Exchanger

Specifications

Usage/Application	Hydraulic and Industrial Process
Type	Air-Cooled
Material	Mild Steel
Surface Finish	Polished
Medium Used	Oil, Water, Air
Flow Rate	600 m3/hr
Country of Origin	Made in India

Superior Industrial Performance

Engineered with advanced shell & tube architecture, this heat exchanger ensures high efficiency in energy transfer for spray drying operations. The use of SS304/SS316 enhances corrosion resistance, promoting longevity and consistent thermal performance. With an ample heat transfer area and semi-automatic controls, it balances productivity with operational flexibility.

Robust Safety and Compliance

Manufactured under stringent ASME Sec VIII standards, the heat exchanger promises both safety and dependable operation. Its seamless welding technique, 8 mm thick walls, and flanged connections provide durability that easily meets industrial environmental and safety benchmarks.

Versatile Cleaning and Maintenance

Integrated manual and CIP-compatible cleaning mechanisms allow convenient maintenance, reducing downtime and ensuring consistent hygiene. Its design supports easy access and compatibility with industry-standard cleaning procedures, making it suitable for continuous and batch operations alike.

FAQ's of Industrial Spray Dryer Heat Exchanger:

Q: How does the shell & tube design enhance heat exchange efficiency in spray drying systems?

A: The shell & tube configuration maximizes surface area for heat transfer, allowing efficient and rapid exchange of thermal energy between fluids. This design supports high flow rates and minimizes temperature gradients, making it ideal for industrial spray drying processes.

Q: What are the benefits of using SS304/SS316 stainless steel in this heat exchanger?

A: SS304/SS316 stainless steels offer superior resistance to corrosion, high temperatures, and chemical attack. This ensures reliable operation, extends the heat exchanger's service life, and reduces maintenance costs, particularly in demanding industrial environments.

Q: When is manual cleaning preferred over CIP (Clean-In-Place) with this system?

A: Manual cleaning is generally chosen when dealing with heavy fouling or scale that CIP systems can't remove. For regular maintenance or less stubborn residues, the CIP-compatible mechanism offers a quick and efficient solution without system disassembly.

Q: Where is this heat exchanger best suited for installation within an industrial spray drying setup?

A: This heat exchanger is ideal for integration at the air heater or recirculation stage of spray dryer systems, where efficient thermal energy transfer is critical for process control and product quality.

Q: What is the recommended process for maintaining optimal performance of this unit?

A: Routine inspections, periodic cleaning (either manual or CIP), and monitoring of operating parameters (temperature, pressure, and flow rates) are essential. Adhering to the manufacturer's maintenance schedule will help sustain efficient operation and prolong equipment life.

Q: How does this unit ensure environmental compliance and occupational safety?

A: Built to meet industrial and ASME Sec VIII standards, the system incorporates high-quality materials, secure flanged connections, and robust construction, ensuring minimal emissions and safe handling even at high pressures and temperatures.

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