Introduction To Solvent Recovery Equipment
Solvent recovery equipment, using the principle of distillation, evaporates the solvent into a gaseous state by heating, and the vapor enters the cooling system to liquefy and flows out, so that clean organic solvents can be recovered. Thereby the waste, dirty and old organic solvents are regenerated and recycled. It not only saves a lot of purchasing cost, but also reduces the pollution to the environment.
The most commonly used industrial solvents: such as acetone, alcohol, ethyl acetate, toluene, etc., are flammable and explosive, so the solvent recovery machine must be designed as an explosion-proof structure; and it has been certified by the quality supervision department and issued an explosion-proof certificate.
The Role Of Solvent Recovery Equipment
- Disposal of waste solvents is professionally safe and environmentally friendly; saves the cost of outsourcing disposal of waste solvents;
- The waste solvent can be reused after treatment, saving the purchase cost of new solvent;
- The waste solvent is reused after repeated recycling until it is exhausted, reducing the amount of waste solvent produced and the cost of waste solvent treatment
- The waste solvent is recycled and reused in time to completely eliminate the safety hazards caused by the storage of waste solvent;
Applicable Industries Of Solvent Recovery Equipment:
Automobile manufacturing and repair industry
Cleaning thinner for vehicle spraying equipment and spray guns, such as thinner, toluene, xylene, methyl ethyl ketone, butyl, etc.; solvents produced during the process of cleaning engines such as gasoline. Electronic product manufacturing industry such as: LCD, LED, etc.); cleaning agents for cleaning molds and electronic products themselves, such as; absolute ethanol, acetone, trichloroethylene, etc. Precision instrument and hardware manufacturing industry: organic solvents for cleaning molds and processed products, such as thinner, hydrocarbon, kerosene, solvent gasoline, etc.
Sports Equipment Manufacturing
Cleaning agents for wax-melted castings such as golf heads and fishing rods, and solvents for spraying and cleaning clubs and fishing rods.
Various organic solvents for cleaning spraying equipment, such as: shoe outsole, heel spraying. Shoe printing processing cleaning, etc. Plastic products: organic solvents for cleaning molds and processed products, such as: solvents after cleaning for printing processing, etc.
Cleaning agents for cleaning plates and machines, such as board washing water, car washing water, etc.
Paint Manufacturing Chemical Industry
Clean various organic solvents and varnishes for production equipment, containers and filling equipment, such as thinner, xylene, methyl ethyl ketone, butyl ester, etc. FRP product industry: solvents used in surface anti-corrosion and aesthetic coating production processes, such as: yacht production, wind turbine blade production, etc.
Painted Gold Jewelry Industry
Solvents used for surface pretreatment cleaning and pre-plating treatment. Optical products: Solvents used in the cleaning of each production process of components, pre-coating treatment, etc.
Organic solvents for cleaning spraying equipment and paint mixing, such as thinner, xylene, methyl ethyl ketone, acetone, etc.
Other industries that use organic solvents as cleaning agents.
Repair And Maintenance Of Solvent Recovery Equipment
- Correctly operate in accordance with the instructions of the solvent recovery device or the training of professionals;
- Clean the bottom of the pot when adding the solvent, or clean it once a day when changing the solvent, so as not to affect the cleaning effect after the reaction of the unreasonable solvent, and at the same time, it can cause the extension of the heating process;
- Please turn off the power when the machine stops working, and turn off the air source if there is a vacuum pump;
- Keep the body of the solvent recovery machine clean and the site hygienic, and keep the space where the solvent is handled ventilated.
FBL brand environmental protection products include solvent recovery machines, oil-water separators, centrifugal oil cleaners, vacuum decompression pumps, etc. It is possible to effectively recycle and process the large amount of waste solvents generated every day by using factories for organic solvents. Help you solve various problems caused by the toxicity, flammability and explosion of waste solvents, and long-term stacking and occupation of the site, save space and eliminate potential safety hazards.
|Feed Capacity (L)||40||60||80||90||125|
|Heating Component Power (KW)||4.0||4.0||5.0||5.0||6.0|
|Electric Fan Power (KW)||0.09||0.12||0.12||0.12||0.12|
|Maximum Power (KW)||4.5||4.5||5.5||5.5||6.5|
|Maximum Current (A)||6.9||6.9||8.4||8.4||10|
|supply Voltage (ACV/HZ)||3-phase 5-line 380/50-60|
|Control Voltage (ACVHZ)||220/50-60|
|Heating Method||Hot medium oil indirect heating|
|operate Temperature (℃)||50~210|
|The Best Ambient Temperature For The Machine To Run (℃)||5~35|
Q: What does solvent recovery equipment bring to the enterprise?
A: First of all, in terms of economic benefits: recycling waste solvents can greatly save the cost of purchasing new solvents for solvent-using companies; secondly, in terms of environmental benefits: because the waste organic solvents can be recycled and reused many times, instead of dumping them It pollutes the environment and reduces the pollution and damage of the waste solvent to the environment.
Q: How to deal with the yellow and green solvent recovered from solvent recovery equipment?
A: When the solvent recovered by solvent recovery equipment is yellow, green, or even slightly blue in color, when the effluent solvent contains these colors but is also clear and transparent, it is mainly caused by the reaction with the copper cooler. Therefore, it is recommended that customers should ask about the configuration of the equipment when purchasing solvent recovery equipment.