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Laboratory Supercritical Hydrothermal Reaction Device

NegotiableUpdate on 05/06
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Overview

SCWR (Supercritical Water Reaction) is a high-temperature and high-pressure technology that utilizes the strong oxidation and dissolution abilities of water under supercritical conditions (Pc=22.1 MPa, Tc=374.3 ℃) to treat organic compounds, toxic waste, and organic reactions. After the supercritical water oxidation reaction of organic matter, C is converted to CO2, H is converted to H2O, Cl in organic matter is converted to chloride ions, and N, S, P, etc. are all converted to corresponding high valence acid salts.

Product Details

United StatesSFTlaboratorySupercritical water oxidation reaction equipmentSCWRSupercritical Water Reaction)It is a high-temperature and high-pressure technology that utilizes water under supercritical conditions(Pc= 22.1 MPaTheTc=374.3 ℃)Strong oxidation and dissolution capabilities for the treatment of organic compounds and toxic waste, as well as research on organic reactions. After the organic matter undergoes supercritical water oxidation reaction,Cconvert toCO2Hconvert toH2OIn organic matterClConverted into chloride ions,NSPEqual conversion to corresponding high valent acid salts.

Supercritical water oxidationOne of its properties is strong solubility. Due to the excellent solubility of supercritical water, includingO2Organic substances and other gases can dissolve in supercritical water. Dissolve organic matter into supercritical water, andO2Mixing leads to the disappearance of the phase interface and the formation of a single phase, allowing organic matter and oxygen to react freely and uniformly, resulting in a sharp increase in reaction rate. After the reaction is completed, a mixture including water, gas, and solid is generated, and there is no gas emittedNOXSour gas (such asHClorSOXAnd dust particles, etc,COThe content is lower than10 ppmComply with water discharge standards and gas emission standards. In addition, due to the extremely fast reaction rate of supercritical water oxidation reaction, even with small equipment, a large amount of wastewater can be treated.

Laboratory Supercritical Hydrothermal Reaction DeviceMain applications: 1. Treatment of wastewater, especially harmful organic compounds that are difficult to decompose in industrial and urban wastewater; 2、 Organic solid waste that is difficult to decompose or treat under conventional conditions; 3、 Handling of high-risk, high radiation, and high-energy substances; 4、 Research on new material reactions conducted in supercritical water environment.

Supercritical hydrothermal reactiondeviceBasic Configuration

Reactor volume:100mL ~ 8000mL

Operating pressure:4500 ~ 5000 PSI31 ~ 35Mpa

Maximum operating temperature:500 ~ 600OC

Manufacturing material:Inconel 625

Water pump: reciprocating double piston pump, flow control

Fully automatic temperature controller

Manual back pressure valve adjusts pressure

Compact structure, movable and portable design bracket

Manufacturing standards:ASME

Supercritical water reactiondeviceOptional configuration

Preheater, maximum operating temperature500OCMaximum operating pressure35MpaIncolley 625material

aftercooler

Air/O2compressor

Air/O2mass flow meter

H2O2pump

onlinepHmeasuring instrument

gas-liquid separator

Online desalination system

PLC/HMIHuman computer dialogue touch screen operation interface

Monitoring and Data Acquisition System(SCADA