Custom Multimodal Ultrafast Joule Heating System XN-MUJH
SKU: XN-MUJH
Custom Multimodal Ultrafast Joule Heating System XN-MUJH is a highly customizable thermal-treatment platform for heavy-metal recovery from solid waste, waste-plastic pyrolysis, and biomass carbonization. Its modular architecture integrates ultrafast Joule heating, programmable control, water cooling, vacuum, and gas collection.
Need a bulk order or custom specification? Request a competitive quote today!
Name: Custom Multimodal Ultrafast Joule Heating System XN-MUJH
Equipment Type: Custom Multimodal Joule Heating Thermal-Treatment System
Product Code: XN-MUJH
Brand: Xnergy
Product Introduction:
The XN-MUJH is a project-engineered ultrafast Joule heating platform for multi-process thermal treatment. A customized graphite boat acts as both the sample carrier and resistive heating element, enabling programmable rapid heating for solid-waste resource recovery, plastic pyrolysis, and biomass-derived carbon material preparation.
The modular system can integrate a water-cooled sealed chamber, programmable DC power supply, industrial control computer, vacuum system, gas collection and condensation, energy metering, and optional heated transfer lines. Chamber geometry, sample fixtures, atmosphere connections, process temperature, cooling capacity, power system, and data functions are configured around the customer’s material and process objectives.
Key Features:
Programmable ultrafast Joule heating
Reference short-duration temperature capability up to 3000 °C, sample-dependent
Multi-segment temperature control with energy and process-data recording
Double-wall water-cooled sealed chamber
Configurable vacuum and controlled-atmosphere operation
Water-cooled gas condensation with optional liquid-nitrogen cold trapping
Optional heated transfer line for reducing condensable-tar deposition
Custom graphite boats and sample fixtures
Integrated alarms, interlocks, and emergency stop
Highly customizable module selection and system layout
System Architecture:
Heating Chamber Configuration:
Reference Custom Configuration:
| Parameter | Reference Custom Configuration |
|---|---|
| Primary Applications | Heavy-metal recovery from solid waste; waste-plastic pyrolysis; biomass conversion to carbon materials |
| Heating Method | Direct Joule heating using a customized graphite boat |
| Maximum Operating Temperature | 2000–3000 °C for short-duration operation, depending on sample material |
| Continuous Operating Temperature | Up to 2000 °C with ≥8 h reference holding capability |
| Programmable Heating Rate | 10–500 °C/s |
| Temperature-Control Accuracy | ±1.5 °C |
| Temperature Measurement | Infrared measurement, 150–3200 °C |
| Programmable DC Supply | 24 V / 1000 A; 24–30 kW reference range |
| Cooling | Double-wall water-cooled chamber, power-supply cooling, and water-cooled gas condenser |
| Heating Chamber | Approximately 12 L; 304 stainless steel, double-wall water-cooled structure |
| Graphite Boat | ≤50 × (5–20) × (0.5–2) mm; custom sizes available |
| Reference Sample Capacity | Powder: 0.5–5 mL; bulk sample: ≤50 × 20 × 5 mm |
| Atmosphere Connections | 1 gas inlet + 1 gas outlet + 1 vacuum port + 1 exhaust port |
| Reference Ultimate Pressure | 4 × 10−2 Pa |
| Gas Collection | Water-cooled cold trap compatible with liquid nitrogen; target outlet temperature ≤30 °C |
| Control and Data | 10-inch HMI + PLC; programmable temperature curves, energy metering, data logging, and alarm interlocks |
| Communication | RS485 + Ethernet + USB |
| Reference Dimensions | Approximately 700 × 900 × 1700 mm |
| Reference Weight | Approximately 150 kg |
| Electrical Configuration | Configured according to applicable local electrical standards |
Application Areas:
Heavy-metal recovery and enrichment from solid waste
Waste-plastic pyrolysis and condensable-product collection
Biomass conversion to carbon materials
Rapid high-temperature sintering and carbonization research
Controlled-atmosphere and vacuum thermal-treatment studies
Process-energy measurement and scale-up evaluation
Customization Information:
This is a highly customized system. The published values describe a reference project configuration rather than fixed specifications for every order. Final temperature, heating rate, chamber volume, power, cooling, vacuum, atmosphere, sample capacity, fixture, gas-treatment, data-acquisition, dimensions, and electrical configuration are confirmed against the customer’s process requirements.
Note: Final performance depends on sample electrical and thermal properties, geometry, atmosphere, and process sequence. Xnergy will confirm the technical configuration and acceptance criteria before manufacture. Explore more systems in Thermal Treatment. Related products: Acrylic-Chamber Joule Ultrafast Heating System XN-HTS-D Series, Roll-to-Roll Joule Heating Device XN-RJH-3020, Plasma Torch Heating Device XN-PLT, Plasma Heating Device XN-PLA.
