Cleaning of organic matter

Previously, the cleaning of organic matter was done by soaking it in a solvent (reagent) for a period of time, and then employees used manual methods such as scraping, wiping, wiping, and shaking to complete the cleaning.

This traditional cleaning method has the following drawbacks

1Solvent (reagent) cleaning requires manual intervention (contact),Time consuming, labor-intensive, and inefficient.

2The time-consuming and laborious manual cleaning, extremely low cleaning efficiency, and the resulting increase in component damage.

3The liquid of solvents (reagents) and the volatile toxic gases can cause great harm to the human body.

4The waste liquid generated after solvent (reagent) cleaning will pollute the environment, and the tracking and treatment of waste liquid will also increase the cost accordingly.

Product Introduction

The high-temperature cleaning machine uses high-temperature cracking method to clean organic matter, including polymers, waxes, resins, asphalt, tar or other similar pollutants. Equipped with a secondary purification and filtration device, efficient and environmentally friendly. Suitable for high temperature resistant, curved pipelines, and small vessels with cleaning dead corners,Trace residues that can destroy organic pollutants, Improve the extreme cleanliness of laboratory equipment, reduce the cost of hazardous waste disposal, minimize the risk of glass breakage, and control the overall cost associated with manual cleaning,Thus completely eliminating the need for personnel to clean.

Cleaning advantages

The protective facilities are complete, and there is no contact between personnel and pollutants during the cleaning process; Easy to operate, one click cleaning, no need for personnel on duty;

Automatically shut down after cleaning to save energy;

No emissions, greatly saving the cost of secondary solvent emission treatment; Widely applicable, especially suitable for small objects, curved pipelines, and difficult to clean gaps; The cleaning effect is good, and it is currently the preferred cleaning method for cleaning extremely difficult pollutants such as asphalt and resin. The cleaning is thorough, time-saving and labor-saving, and can operate continuously for a long time without the need for cleaning and maintenance.

4. Equipment performance requirements
1) Can adapt to the treatment of various organic compounds;

*2) Automatic leakage protection, high voltage automatic protection, protection and other functions;

3）Timed automatic cleaning function: The system automatically cleans the parts that need to be cleaned at regular intervals, resulting in a longer service life;

*4) The product is centrally controlled, with a high degree of automation and no need for dedicated personnel to be on duty;

*5) Product timed power on/off function: The device can set automatic power on and off times according to the situation, eliminating the need for operators to handle power on and off;
*6) Integrated integrated equipment processing

*7) PLC programmable intelligent control system and human-machine interface operation screen: LCD Chinese display, with human-machine dialogue function, automatically detected by the system when turned on,

*8) Remote monitoring and operation function: Remote monitoring, operation, and management of wastewater treatment equipment in the wastewater treatment room are carried out through remote control software installed in the microcomputer or central control machine, to constantly understand the operation and status of the equipment;