TR-SERIES of RX Engineering, Inc. is continuous reaction system in tube type.
Pumps, MFCs, and HEATING methods are proposed to efficiently reflect the customer's experimental purpose.
Optimal specifications are selected to increase the perfection
of the process. Safety-related devices and interlocking are applied to ensure safe use under high temperature and high pressure experimental conditions.
It is possible to suggest that the adjustment variables (temperature, pressure, residence time, amount of catalyst, etc.) in the tube reactor can be adjusted, So that the customer can check the optimal conditions for scale-up at a later time, etc, we work together to ensure economical processes such as checking the amount of heat used in the reactor and recovering waste heat.
Catalyst performance test for reducing 300KW engine emissions NOx and SOx for ships.
  - Must have parts suitable for high temperature (up to 600'C) for mass production / conditions for calculating the thermal expansion rate of pipes and optimizing operation.
  - The important point is to control the simulation of harmful gas components for the atmosphere of NOx and Sox.
  - Components suitable for high temperature (up to 600'C) must be provided / conditions for calculating and processing the thermal expansion rates of pipes.
  - Have to know how to handle harmful gases for the atmosphere, The connection and fixation of structures are important because the installation of medium and large ships is in mind.
  - catalyst shape is not constant and coating must be performed simultaneously to save time.
  - It is manufactured so that the mixing adjustment is fine and uniformity is not lost.
  - The amount of material used and volume can be adjusted with a small STEP, Temperature control is also highly controllable, Application of safety scope in case of hazardous substance leakage emergency, Completion of the exhaust construction by calculating the supply and exhaust volume.
  - Some hazardous substances FEEDING TANK are certified as high-pressure containers.