1000L Lithium Salt Barrel Cleaning and Drying System

CYCO 1000L Lithium Salt Barrel Cleaning and Drying System is a fully automated, integrated solution that revolutionizes industrial container hygiene. It combines ultra-high-pressure 3D internal washing with efficient hot-air circulation drying to deliver thorough, dead-angle-free cleaning and rapid moisture removal for 1000L barrels. The entire process—from automatic loading/RFID weighing to external cleaning, rinsing, and drying—is controlled automatically, minimizing labor. Using only water and featuring explosion-proof components, it is an eco-friendly and safe system designed to boost cleaning efficiency by 400%, reduce labor by 70%, and cut water use by 50%, dramatically lowering operational costs and enhancing production automation.

Categories: Cleaning Equipments, Storage Barrel Cleaning Equipments

The CYCO 1000L Lithium Salt Barrel Cleaning and Drying System is an automated solution specifically designed for cleaning and drying 1000-liter lithium salt barrels. Integrating advanced cleaning and drying technologies with a highly efficient automation control system, it ensures thorough internal and external cleaning, rapid drying, improved efficiency and quality, while significantly reducing labor costs and environmental impact.

System Features:

High-Efficiency Cleaning:
Utilizes ultra-high-pressure 3D tank washers to perform full-coverage scanning inside enclosed containers, ensuring no blind spots remain.
Automated Operation:
The entire cleaning and drying process is fully automated, minimizing manual intervention and reducing labor intensity.
Eco-Friendly and Energy-Saving:
Cleaning is performed using water as the medium—safe, environmentally friendly, non-corrosive, and non-damaging. The drying system uses hot air circulation technology for efficient and energy-saving performance.
Safety Protection:
Equipped with safety protection devices and automatic shutdown alarms to ensure safe operation.

Cleaning and Drying Process:

Loading and Positioning:
The automatic loading system conveys the 1000L lithium salt barrels to the designated position and precisely positions them.
External Cleaning:
A combination of cleaning agent and water is used to clean the barrel’s outer surface, removing grease and impurities.
Internal Cleaning:
Ultra-high-pressure 3D tank washers are used to thoroughly clean the barrel’s interior, ensuring zero residue.
Rinsing:
Multiple rinses with clean water ensure complete cleanliness.
Draining and Drying Preparation:
Residual water inside the barrel is drained out, preparing for the drying phase.
Hot Air Circulation Drying:
The drying system is activated to blow hot air into the barrel, removing moisture effectively.
Dust Filtration:
Dust and odors generated during drying are filtered and discharged through a dust removal system.
Drying Completion:
Once the barrel’s internal moisture level reaches the preset value, the drying system automatically stops.

Technical Specifications and Configuration:

Water Supply System:
Equipped with explosion-proof plunger pumps and centrifugal pumps for stable and safe water supply.
High-Pressure Hoses:
Sanitary-grade composite hoses resistant to high pressure ensure safe cleaning operations.
Drying Capability:
Uses professional hot air drying technology with high airflow and fast temperature rise for excellent drying performance.
Explosion-Proof Control Cabinet:
Designed with waterproofing, leakage protection, and heat dissipation structures to ensure electrical safety and reliability.
Automatic Weighing System:
Features automatic RFID scanning equipment to capture basic information and residual liquid weight of barrels entering the line.

Application Results:

After deployment, the system is expected to improve cleaning efficiency by 400% compared to traditional manual cleaning, reduce labor demand by 70%, and cut water consumption by 50%.
It ensures superior cleaning quality, lowers quality management risks, reduces production and environmental costs, enhances production and logistics automation, and significantly increases overall operational benefits.