Intelligent Fuel Unloading, Coriolis Mass Flow Metering & Customized Skid Integration
The HMZ Automatic Batch-Controlled Fuel Unloading System is an integrated industrial solution designed for controlled fuel unloading, batch quantity management, and mass flow measurement.
The system combines a batch controller, Coriolis mass flow meter, pump assembly, valves, piping, and electrical control components into a coordinated unloading package.
Unlike conventional manual unloading arrangements, this system allows operators to preset the required unloading quantity and monitor the process through an intelligent control interface.
The equipment can be customized according to the working medium, required flow rate, installation environment, unloading process, and project-specific operating conditions.
The batch controller allows operators to enter the required unloading quantity before operation. With suitable instrumentation and actuated valves, the system can automatically terminate unloading when the preset quantity is reached.
The system can incorporate a Coriolis mass flow meter for direct mass flow measurement.
This technology is suitable for industrial fuel transfer applications where mass-based measurement and batch management are required.
A pumping module can be configured according to the required unloading flow, pressure, fuel properties, and pipeline conditions.
Single-pump and dual-pump arrangements can be evaluated during project engineering.
The control platform can support equipment status monitoring, valve control, batch operation, alarm indication, and emergency stop functions.
The available batch controller specification includes an Ex d IIB T6 explosion-protection marking and IP65 enclosure rating.
The hazardous-area suitability of the complete system depends on the final equipment configuration, individual component certifications, and installation conditions.
Pumps, meters, valves, piping, and instrumentation can be arranged on an integrated skid for easier transportation, installation, and maintenance.
HMZ can adapt the system layout, process connections, control configuration, and instrumentation according to different industrial unloading applications.
Controlled unloading of fuel from transport vehicles into storage facilities.
Batch-controlled fuel transfer and mass measurement for suitable terminal operations.
Fuel unloading and inventory management support for remote mining fuel facilities.
HMZ also supplies explosion-proof skid-mounted fuel stations for remote mining operations.
Fuel receiving and transfer operations for factories, power generation facilities, and industrial fuel storage sites.
Controlled fuel receiving operations for fleet depots and logistics companies.
Fuel receiving operations can be integrated with suitable fuel dispensers for fleet refueling.
Customized unloading and metering arrangements for suitable marine and port-side fuel handling operations.
| Parameter | Specification |
|---|---|
| Product Type | Automatic Fuel Unloading System |
| Installation | Skid-Mounted / Customized |
| Measurement Technology | Coriolis Mass Flow Meter |
| Batch Control | Automatic Preset Quantity Control |
| PLC Platform | Siemens S7-200 SMART (reference configuration) |
| Operator Display | 7-inch Color LCD |
| Display Resolution | 800 × 480 |
| Input Interface | 28-Key Explosion-Protected Metal Keyboard |
| Digital I/O | 12 DI + 8 DO, Expandable |
| Communication | RS485 |
| Controller Power Supply | AC 220V ±10%, 50Hz |
| Controller Rated Current | 2A |
| Controller Explosion Protection | Ex d IIB T6 |
| Controller Enclosure Rating | IP65 |
| Controller Operating Temperature | −40°C to +60°C |
| Controller Dimensions | 400 × 400 × 250 mm |
| Controller Weight | Approximately 30 kg |
| System Flow Capacity | Project-Specific |
| System Operating Pressure | Project-Specific |
| Metering Accuracy | Subject to Selected Meter Model |
| Pump Configuration | Customized |
| Valve Configuration | Customized |
Technical Note: Controller specifications refer to the documented reference control unit, not automatically to every component of the complete unloading skid. Final specifications are subject to engineering confirmation.
The final bill of materials depends on the confirmed operating requirements.
Step 1 — Preset the Batch Quantity
The operator enters the required unloading quantity through the batch controller.
Step 2 — Start the Unloading Process
The control system initiates the unloading sequence and operates the relevant equipment according to the configured control logic.
Step 3 — Measure the Fuel Flow
The Coriolis mass flow meter measures the transferred fuel mass and sends measurement signals to the control system.
Step 4 — Monitor the Operation
The controller monitors the batch quantity and configured process conditions during unloading.
Step 5 — Automatic Batch Completion
When the preset batch quantity is reached, the system initiates the configured stop sequence to terminate unloading.
HMZ offers engineering customization for:
HMZ supports customized equipment selection, process integration, skid layout design, electrical and control system configuration, and project documentation.
Depending on the agreed project scope, deliverables may include general arrangement drawings, P&ID, electrical drawings, operation instructions, and factory test documentation.
It is a fuel transfer system that uses a batch controller and measurement instruments to monitor unloading and stop the process according to a preset quantity.
A Coriolis meter measures mass flow directly and can support mass-based fuel unloading management without relying solely on volumetric measurement.
Yes. Pump selection, meter sizing, piping, and control components can be engineered according to the required unloading capacity.
Yes, subject to engineering assessment of the fuel, operating environment, site infrastructure, and applicable safety requirements.
A dual-pump arrangement can be evaluated according to the customer’s operational requirements and the selected system design.
Integration can be evaluated according to the available communication interfaces, software architecture, and project requirements.
The documented batch controller has an Ex d IIB T6 marking. We must evaluate the complete skid certification separately against the final component selection and applicable project requirements.
Yes. HMZ can prepare project-specific drawings and technical documentation based on the confirmed engineering scope and commercial agreement.
Looking for a reliable automatic fuel unloading and batch metering system?
HMZ provides customized fuel unloading skid solutions for fuel depots, industrial facilities, mining operations, and fuel distribution projects.
Contact our engineering team with your required flow rate, working medium, unloading quantity, power supply, and installation conditions to receive a suitable technical proposal.
We’ll reply within 1 business day. Please check for emails from an ‘@gmail.com‘ address.
