CompLeted Project 2024
Optical Spectrometer Analysis System for Algae
Our Optical Spectrometer Analysis System provides a reliable, non-invasive solution for real-time monitoring of algae concentration and health status. Utilizing our in-house absorbance and spectrometer, the system accurately measures key indicators such as chlorophyll content, cell density, and stress response in algal cultures.
Designed for continuous operation in both laboratory and field environments, the system is equipped with an automated optical sensor cleaning mechanism and a water purging system to prevent fouling and ensure long-term stability and accuracy. This minimizes maintenance and enables uninterrupted data acquisition.
Ideal for applications in biofuel production, aquaculture, and water quality research, this fully integrated system delivers high-precision insights to support effective algae cultivation and environmental monitoring.
Client：
Plasma generation system Fusor for research application
The Fusor system utilizes inertial electrostatic confinement (IEC) to generate plasma within a vacuum chamber using high-voltage fields. It is designed for experimental studies in nuclear fusion, ion acceleration, and plasma behavior under controlled confinement. The robust stainless steel construction with viewport access allows real-time visual monitoring and diagnostic integration for advanced scientific exploration.
Client：
VLE Test Rig
Our VLE (Vapor-Liquid Equilibrium) Test Rig is designed for precise solvent absorption studies, featuring full SCADA integration for automated control and data logging. The system is equipped with automated valve control to minimize human error and ensure consistent operation. To accommodate various research needs, the rig includes two selectable agitation modes—ultrasonic agitation and mechanical stirring—offering flexibility in mass transfer enhancement and process optimization.
Client：
Plasma generation system DBD for research application
The DBD system is developed specifically for gas treatment and conversion applications. Operating under atmospheric or reduced pressures, it generates non-thermal plasma through dielectric-coated electrodes, enabling efficient activation of gas-phase reactions. This system is well-suited for research in pollutant decomposition, VOC removal, CO₂ conversion, ammonia synthesis, and other plasma-assisted chemical processes. Together, these systems provide a comprehensive platform for non-thermal plasma applications gas-phase chemistry, and environmental engineering.
Client：
Flaring test rig with auto fan angle and camera system
The Flaring Test Rigisa fullyautomated system designed to simulate, control, and monitor gas flaring conditions in a safe and controlled environment. Engineered for research, testing, and development applications, the rig features a motorized fan system with automatic angle adjustment to replicate variable wind conditions and study flare behavior under dynamic airflow scenarios. To enhance safety and data accuracy, the system is equipped with a high- resolution camera and imaging module for real-time gas analysis and visual monitoring. The integration of automated fan control and camera feedback allows for precise experimentation, recording, and analysis of flame characteristics, flare stability, and combustion efficiency.
Client：
Automated Distillation Column for D2O and H2 Separation
The Automated Distillation Column for D₂O (Heavy Water) and H₂ Separation is a high-precision system engineered for efficient isotope separation and recovery processes. Designed for continuous operation, the system features a fully integrated SCADA (Supervisory Control and Data Acquisition) platform for real- time control, monitoring, and data logging, ensuring precise management of temperature, flow rates, and pressure. Equipped with a closed-loop recirculation system for both gas and liquid phases, the unit maximizes process efficiency, minimizes losses, and promotes sustainable operation. The automated control system allows for stable operation under varying load conditions, while safety interlocks and diagnostic features ensure reliability and ease of maintenance.
Client：
-40C D2O reaction batch reactor
- Fully automatic with smart Gensonic SCADA
- Customized interfaceandfunctionfor end-user
- No license fee required
- Large experiment temperature range from -40C to 50 C
- High resolution industrial camera
- Gensonic dual mode actuator (manual/auto)
Client：
Flange Monitoring System
Flange Monitoring System. The hazardous material in piping may leak causing release of hazardous substances and endanger life and damaging assets. Thus, this invention will hence prompt the asset owner on the probability of leak to take place in future so they may plan to perform assets maintenance.
Client：
Plasma Co2 Conversion System
- CO2 conversion to Hydrogen using DBD plasma
- Customized power system for 30KV high voltage repetitive pulse
- Mass flow controller for CO2 and CH4 mixing
- In-situ Gensonic NDIR analyzer for gas composition measurement
Client：
Customized workstation
Gensonicis capable of providing various workstations tailored to client needs, including the control panel, tools, and equipment management.
The workstation is equipped with heavy-duty casters and a robust aluminum profile.
Client：
Bottling system for hydrogen electrolysis
- CO2 conversion to Hydrogen using DBD plasma
- Customized power system for 30KV high voltage repetitive pulse
- Mass flow controller for CO2 and CH4 mixing
- In-situ Gensonic NDIR analyzer for gas composition measurement
Client：