Customizable Multifunctional Heat Exchanger & Pressure Vessel for New Energy Material Applications
In the rapidly evolving new energy materials industry-where battery technologies, hydrogen energy systems, photovoltaic (PV) manufacturing, and energy storage solutions drive global decarbonization-equipment reliability, efficiency, and adaptability are non-negotiable. Our Customizable Multifunctional Heat Exchanger Pressure Vessel is engineered to address the sector's most pressing challenges: harsh operating conditions (corrosive media, extreme temperatures, high pressure), diverse process requirements, and the need for seamless integration into specialized production lines. As a dual-purpose core equipment, it integrates high-efficiency heat transfer and safe pressure-bearing capabilities, serving as a critical component in material synthesis, purification, storage, and reaction processes. Whether for lithium-ion battery cathode/anode material production, hydrogen electrolysis and storage, silicon ingot purification, or redox flow battery thermal management, this equipment delivers unmatched performance, durability, and flexibility to empower your production efficiency and technological innovation.
Core Functions & Application Scenarios
Designed specifically for new energy material workflows, the equipment's core value lies in its multifunctional integration and scenario-specific adaptability:
- Battery Materials Production: Facilitates precise temperature control (heating/cooling) and pressure stabilization during cathode material (NCM, LFP) sintering cooling, electrolyte mixing, and anode material (graphite, silicon-based) purification. Resists corrosion from lithium salts, organic solvents, and high-temperature reaction byproducts, ensuring product consistency and equipment longevity.
- Hydrogen Energy Systems: Acts as a key component in hydrogen electrolyzers (PEM, alkaline) for heat recovery and pressure regulation, as well as in hydrogen storage and refueling stations (HRS) to handle high-pressure hydrogen (up to 80MPa) with minimal energy loss. Its low-leakage design meets strict hydrogen safety standards.
- Photovoltaic Manufacturing: Supports thermal management in silicon ingot casting, wafer cutting coolant recycling, and thin-film PV deposition processes. Enables efficient heat transfer between high-temperature molten materials and cooling media, reducing energy consumption.
- Energy Storage Systems: Adapts to redox flow battery (RFB) electrolyte temperature control, compressed air energy storage (CAES) heat recovery, and battery energy storage system (BESS) thermal management. Maintains stable operating temperatures (±0.5ºC) to extend storage system lifespan and performance.
Technical Parameters (Modular Design)
1. Material Specifications
- Core Materials: Customizable based on medium corrosiveness and temperature requirements:
- Standard option: 316L stainless steel (resists mild corrosives, operating temp: -20ºC~450ºC)
- Corrosion-resistant upgrade: Hastelloy C276/Nickel 200 (for strong acids, alkalis, or halogenated media; operating temp: -196ºC~600ºC)
- High-temperature grade: Inconel 625 (for processes up to 800ºC, e.g., high-temperature material synthesis)
- Lightweight option: Titanium Grade 2/5 (for hydrogen service, seawater-cooled systems; high strength-to-weight ratio)
- Secondary Materials: Carbon steel Q345R (shell structure, non-corrosive environments), PTFE liners (for ultra-corrosive media, e.g., fluorinated electrolytes)
2. Pressure & Temperature Ranges
- Design Pressure: 0.1MPa (vacuum) ~ 100MPa (ultra-high pressure for hydrogen storage)
- Working Pressure: 0.1MPa ~ 80MPa (continuous operation, pressure fluctuation tolerance: ±5%)
- Operating Temperature Range: -196ºC (cryogenic hydrogen applications) ~ 800ºC (high-temperature sintering cooling)
- Temperature Control Precision: ±0.5ºC (for processes requiring strict thermal stability, e.g., electrolyte synthesis)
3. Heat Exchange Performance
- Heat Exchange Type: Customizable (shell-and-tube, plate-and-frame, spiral-plate) based on process needs:
- Shell-and-tube: Ideal for high-pressure/high-temperature scenarios; heat exchange area: 0.5~100 m2
- Plate-and-frame: High efficiency (≥95% heat transfer coefficient) for compact spaces; heat exchange area: 0.3~50m2
- Spiral-plate: Suitable for viscous media or particle-containing fluids; heat exchange area: 1~80m2
- Heat Transfer Coefficient: 300~5,000 W/(m2·K) (adjustable via material and structure optimization)
- Media Compatibility: Adaptable to liquids (electrolytes, glycols), gases (hydrogen, nitrogen), and multi-phase flows (vapor-liquid mixtures in reaction processes)
4. Safety & Compliance
- Design Standards: ASME Section VIII, Div.1/2 (US), GB150 (China), EN 13445 (EU), - fully compliant with global new energy industry safety regulations
- Safety Features: Integrated pressure relief valve (set pressure accuracy: ±1%), dual-channel temperature/pressure sensors (real-time monitoring), explosion-proof flange connections (leakage rate ≤1×10 Pa·m³/s), and corrosion-resistant inner coating (for aggressive media)
- Durability: Service life ≥10 years under rated operating conditions; fatigue resistance to 10,000 pressure cycles
5. Dimensional & Installation Flexibility
- Standard Sizes: Diameter: 100mm ~ 3,000mm; Length: 500mm ~ 10,000mm
- Custom Sizes: Tailored to on-site installation space (e.g., compact designs for modular energy storage systems, large-scale units for industrial-scale battery material plants)
- Installation Modes: Horizontal/vertical mounting; flange/threaded connections; compatible with existing production line pipelines (DN25 ~ DN500 pipe diameter)
Detailed Technical Parameters & Specifications
The following specifications are representative of our standard product range. Custom-engineered solutions are available to meet exact requirements.
| Parameter Category |
Specification Range |
Notes |
| Heat Transfer Area |
5 m² to 1,000 m²+ |
Custom sizes available beyond this range. |
| Design Pressure (Shell/Tube Side) |
Up to 300 bar (4,350 psi) |
Standard; higher pressures available for hyper-compression applications. |
| Design Temperature Range |
-200 °C to +600 °C (-328 °F to +1,112 °F) |
Dependent on material selection and gasketing. |
| Shell Diameter (ID) |
150 mm to 2,000 mm (6" to 80") |
|
| Tube Specifications |
|
|
| - Outer Diameter (OD) |
15.88 mm (5/8") to 25.4 mm (1") |
Standard; other sizes on request. |
| - Wall Thickness |
BWG 12 to BWG 18 (Standard) |
Corresponds to specific gauge thicknesses. |
| - Tube Length |
Up to 12 meters (40 feet) |
Longer lengths possible with custom support. |
| Tube Layout & Pitch |
30°, 45°, 90° Triangular / 90° Square |
Square layout allows for mechanical cleaning. |
| Standards & Certifications |
ASME Section VIII Div. 1, PED 2014/68/EU, AD-2000 Merkblätter, TEMA Standards (R, C, B) |
CE, CRN, and other regional certifications available. |
| Connection Standards |
ANSI, DIN, JIS |
Flanged connections standard; other types on request. |
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