Chemical, Electronic
ISO
New
Low
Gas Tank
Gas Manufacturing
99.5%
99.9995%
80kgs/H, 160kgs/H
120kgs/H, 160kgs/H
Medium
N2o
CK GAS TECHNOLOGY
Container
80kgs/h, 160kgs/h, 120kgs/h, 240kgs/h
China
Product Description
Electronic Grade N2O Nitrous Oxide Purification Plant for Photovoltaic Industry
Industrial food / medical grade
A. 80kgs/h Nitrous oxide plant
B. 160kgs/h Nitrous oxide plant
Raw material: Solid/liquid Ammonia nitrate
Purity: 99.5%
Electric grade
A. 120kgs/h Nitrous oxide plant
B. 240kgs/h Nitrous oxide plant
Raw material: Industrial-grade liquid nitrous oxide
Purity 99.9995%
Process description:
Pour the ammonium nitrate into the melting vessel, add a small amount of water and a catalyst, and use electric heating to melt the ammonium nitrate into a liquid state.
The material is injected into the reactor by the injection pump, and the ammonium nitrate decomposes in the reactor, and the temperature, pressure and liquid level in the reactor are guaranteed to be stable through the control system.
The decomposition products enter the condenser for cooling, and the condensable water is discharged.
The cooled non-condensable gas N2O, etc. is washed by a multi-stage purification tower to remove impurity gases and then enters the buffer gas cabinet.
After being pressurized by the compressor, impurities such as moisture are deeply removed through a multi-stage dry adsorber, condensed and liquefied in a high-pressure condenser, and then stored in a low-temperature storage tank.
Analysis Report Of Industrial Food/Medical Grade Nitrous Oxide
Analysis Report Of Electric Grade Nitrous Oxide
Industrial food / medical grade
A. 80kgs/h Nitrous oxide plant
B. 160kgs/h Nitrous oxide plant
Raw material: Solid/liquid Ammonia nitrate
Purity: 99.5%
Electric grade
A. 120kgs/h Nitrous oxide plant
B. 240kgs/h Nitrous oxide plant
Raw material: Industrial-grade liquid nitrous oxide
Purity 99.9995%
Process description:
Pour the ammonium nitrate into the melting vessel, add a small amount of water and a catalyst, and use electric heating to melt the ammonium nitrate into a liquid state.
The material is injected into the reactor by the injection pump, and the ammonium nitrate decomposes in the reactor, and the temperature, pressure and liquid level in the reactor are guaranteed to be stable through the control system.
The decomposition products enter the condenser for cooling, and the condensable water is discharged.
The cooled non-condensable gas N2O, etc. is washed by a multi-stage purification tower to remove impurity gases and then enters the buffer gas cabinet.
After being pressurized by the compressor, impurities such as moisture are deeply removed through a multi-stage dry adsorber, condensed and liquefied in a high-pressure condenser, and then stored in a low-temperature storage tank.
Analysis Report Of Industrial Food/Medical Grade Nitrous Oxide
Nitrous oxide production date: 2023.3.27 | Date of dispatch: |
Standard basis: GBT28729-2012 | Validity : 12 months |
Inspection item | Inspection result |
N2O | >99.5% |
NOX | <1.0ppm |
NH3 | <1ppm |
CL2 | <1.0ppm |
CO | <5ppm |
N2 | 4655ppm |
Ar+O2 | 68ppm |
CO2 | <10ppm |
H2O | <2ppm |
Analysis Report Of Electric Grade Nitrous Oxide
Nitrous oxide production date: 2021.9.29 | Date of dispatch: |
Standard basis: GBT14600-2009 | Validity : 12 months |
Inspection item | Inspection result |
N2O | >99.9995% |
NOX | <0.1ppm |
NH3 | <0.1ppm |
H2 | <0.01ppm |
THC | <0.01ppm |
CO | <0.01ppm |
N2 | 0.267ppm |
Ar+O2 | 0.018ppm |
CO2 | 0.019ppm |
H2O | <0.4ppm |
