Customization: | Available |
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After-sales Service: | Online Technical Support |
Warranty: | 12 Months |
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Items | Technical parameters |
Atmospheric DBD reactor 1 | DBD coaxial reactor, pressure <0.6MPa, temperature <1000ºC, medium is quartz glass or ceramic material, outer diameter 12mm, plasma length 40mm, inner electrode is metal rod/tube (e.g. molybdenum, Hastelloy), outer electrode is metal mesh/foil (e.g. platinum mesh, stainless steel mesh). Mainly used for atmospheric pressure VOC catalytic degradation, pollutant degradation, CO2 catalysis, methane reforming, etc. |
High Pressure DBD Reactor 2 | DBD coaxial reactor with double-layer pressure-resistant chamber: inner quartz or ceramic tube (media barrier), outer 310s stainless steel or Hastelloy sheath (mechanical support). Electrode configuration: inner electrode is metal rod/tube (e.g. molybdenum, hastelloy), outer electrode is metal mesh/foil (e.g. platinum mesh, stainless steel mesh). Catalyst bed: Filled granular catalyst (e.g. Ru/Al2O3, Ni-MgO/SiC), bed height to diameter (H/D) ratio of 3-5:1. Dimensions: laboratory-grade reactor ID, 30-50 mm; length, 200-300 mm; catalyst volume, 50-200 mL. Pressure resistance, <10MPa; temperature resistance <1000°C. Mainly used for high-temperature and high-pressure plasma-thermocatalytic co-catalytic ammonia synthesis. |
DBD Power Supply | TSC-DBD3050 dielectric barrier discharge plasma power supply, power 1kW, voltage ~30kV; frequency 20~50Hz. |
Gas control | 1. Mass flowmeter control (including pressure reducing valve) N2, H2, CH4 and other gas ratio (such as N2:H2 = 1:3), total flow 100-500 mL/min. 2. Circulation gas circuit: unreacted gas is condensed and separated and circulated back to the reactor (50-80% circulation ratio, optional). 3. Mass flow controller (MFC): accuracy ±1% F.S., total flow range 0-500 sccm. 4. Gas mixer: to achieve uniform mixing of multi-component gases (e.g. H2 /N2). 5. Gas pipeline: 316 stainless steel pipe, high temperature and corrosion resistant. 6. Control mode: automatic adjustment of gas flow and humidity through PLC programming. |
Heating and Temperature Control Modules | 1.Provide stable high-temperature environment (room temperature-900°C), reactor temperature normal operation. 2.Reactor: Maximum temperature 1100°C, temperature control accuracy ±1°C, heating zone length ≥300 mm. 3.Thermocouple: K-type thermocouple, real-time monitoring of cell temperature. 4. Insulation material: ceramic fibre, reduce heat loss. 5.Control mode: PID thermostat matching power regulation, support multi-stage heating procedure. |
Data Acquisition Control | 1.Function:real-time acquisition, storage and analysis of experimental data. 2.PLC controller (e.g. Mitsubishi, Siemens) integrates temperature, pressure and flow sensors. 3.Software:real-time adjustment of discharge parameters (frequency, voltage) and heating power to achieve dynamic optimisation. 4.Data acquisition card: multi-channel, support voltage, current, temperature synchronous acquisition. 5.Software platform:IoT software for data visualisation and analysis. 6.Database:store experimental parameters and results, support follow-up query and processing. 7. Adopt 15-inch industrial touch screen |
GC Analysis Module | Optional GC, can choose TSC-GC60 or TSC-GC70 (EPC) 1.Configure on-line automatic valve to realise fully automatic sampling; 2.Configure TCD, FID+conversion oven, FID capillary, three detectors; 3.Configure corresponding chromatographic column, air generator, hydrogen generator. |
Online Detection | Product analysis: Real-time monitoring of NH3, CH4, etc. concentrations by laser absorption spectroscopy (TDLAS). (optional) Plasma Diagnostics: Emission Spectroscopy (OES) to analyse reactive species (e.g. N2 (337 nm), H2 (656 nm)). (Optional) |
Example Scenarios Ammonia reaction system |
1. Reactor configuration Inner electrode: molybdenum rod (6 mm diameter) with built-in water cooling channel. Outer electrode: platinum mesh (0.5 mm mesh), spiral wound around the outer wall of the quartz tube. Catalyst: Ru/K-Ba-Al2O3 (Ru 5 wt%), particle diameter 1-2 mm, bed height 150 mm. 2. Process parameters Temperature: 500°C (external heating) + plasma local hot spot (>700°C). Pressure: 8 MPa (backpressure valve control). Gas flow: N2:H2=1:3, total flow 300 mL/min. 4.3 Performance Objectives NH3 yield: ≥10 mmol/g-cat/h. Energy efficiency: ≤40 kWh/kg-NH3. Stability: 50 hours of continuous operation, activity decay <10%. |
Package Detail
Q1:Are you trading company or manufacturer?
A1:We are professional manufacture of lab equipment and we have our own factory which is a high-tech enterprise integrating R&D, production and sales. And welcome to visit our factory.
Q2: How long is your delivery time?
A2: Usually, delivery time is 30-45 days after receiving your payment.