High flow school laboratory for steam generator

High flow school laboratory for steam generatorBy using a precision metering pump to accurately control the amount of liquid entering, the liquid is first dispersed into a liquid film through a precision phase change vaporization module and then converted into water vapor through heat exchange. The water vapor is heated to 100 ℃ -800 ℃ through a high-temperature corrosion-resistant preheater, which can stably evaporate all the liquid. In addition, the mixing control can be achieved by using a mass flow controller to mix inert carrier gas along the way to meet the process requirements. Divided into small-scale testing equipment and large-scale testing equipment. The small-scale experimental device is mainly used as laboratory equipment, with a liquid water flow rate of 10-80g/min. The large and medium-sized experimental device has a high flow rate and is mainly used for mass production, with a liquid water flow rate of 12-48kg/h.

Technical advantages:

• Using special algorithms

Accurately control the water flow rate at the vaporization inlet and the power, liquid level, pressure, temperature, etc. during the vaporization process to ultimately achieve regulation of the outlet steam. Precise control accuracy, wide range and precise adjustable evaporation capacity

• Adopting a special vaporization structure
  

Significantly suppress the pulsation vaporization process caused by uneven vaporization, stabilize the vaporization process, and ensure uniform composition

• modular design
  

The structure is simple, and the interface and installation form can be quickly customized according to the application. It can be integrated, and the temperature/humidity/pressure can be customized as needed

• Efficient and instantaneous vaporization
  

Higher and faster than traditional vaporization efficiency

Product Features:

Quick startup can be completed within seconds

The device is small in size and lightweight, only one tenth the volume of traditional steam generators

High accuracy, up to ± 1%

The export temperature regulation range is wide, ranging from 100 to 800 ℃

Gasification channel has no dead volume

High heat exchange efficiency and low heat loss

Stable exhaust, non condensing

Parameters such as inlet flow rate and temperature can be set

Visual display of operating status

Can support real-time online data reading and saving

Can be integrated and remote

Customizable according to needs

The equipment has a long lifespan and can be used normally for more than 5 years. There are no vulnerable consumables that need to be replaced during the process