Drum Filling System

A drum filling system is a precision liquid dispensing solution designed for controlled filling of drums and barrels using positive displacement oscillating piston flowmeters and a dedicated Fluidyne batch controller. These systems are purpose-built for repackaging solvents, oils, and process liquids where accuracy, repeatability, and speed are critical.

Unlike weighing-based filling systems that depend on load cells and mass conversion, a drum filling system based on flow measurement directly dispenses true volume, offering higher resolution, faster cycle times, and superior repeatability. This approach closely mirrors the proven methodology used in retail fuel dispensing, adapted for industrial liquids such as solvents and oils.

Fluidyne designs drum filling systems as compact, reliable repackaging solutions ideally suited for traders, petrochemical companies, and pharmaceutical manufacturers.

Core Information

Applications

The drum filling system is widely used in industries where liquids are repackaged from bulk storage into drums or barrels.
Typical applications include

Solvent repackaging and trading operations

Petrochemical product drum filling

Pharmaceutical intermediates and solvent handling

Oils, additives, and specialty fluids

Contract filling and third-party logistics operations

Chemical distribution and export packaging

In these applications, container filling systems based on flow measurement provide higher confidence and throughput compared to mass-based filling methods.

FAQ’s

A drum filling system is a liquid dispensing setup that fills drums or barrels with a preset volume using flowmeters and batch controllers, ensuring accurate and repeatable filling.
Drum filling systems are suitable for solvents, oils, chemicals, and process liquids, subject to material compatibility of wetted components.
Flowmeter-based drum filling systems offer very high accuracy and fine resolution, often superior to load cell-based systems due to direct volumetric measurement.
Safety features include vapor separators, controlled valve operation, anti-drip nozzles, and emergency stop functions.
Maintenance is minimal, primarily involving routine inspection of filters, seals, and hoses, as oscillating piston flowmeters are robust and low-wear devices.