1000 Nm3 CNG Refueling Station Single Dispenser For Taxi Fleet Gas Filling
1000 Nm3 cng refueling station
,Taxi Fleet cng refueling station
,1000 Nm3 cng gas filling station
1000 Nm3 Per Hour CNG Station with Single Dispenser and 250 Bar Discharge for Taxi Fleet Refueling
The 1000 Nm³ per hour CNG station is a medium-sized compression plant designed for a growing city forecourt. It delivers steady output through a single dispenser, balancing capital cost against the refueling demand of taxi fleets and small bus routes.
- Reciprocating compressor sized for 1000 Nm³ per hour
- 250 bar discharge to a priority-controlled cascade
- Single hose dispenser with thermal mass flow meter
- Inlet gas scrubber and coalescent filter
- PLC panel with remote alarm output
Gas enters at low pressure and passes through the inlet scrubber before being compressed in three stages with interstage cooling. The priority panel fills the high, medium, and low cascade banks in sequence. The dispenser calculates the final volume using temperature-compensated mass flow.
Ideal for city forecourts serving taxi fleets, small CNG bus routes, and converted private cars in regional centers.
| Capacity | 1000 Nm³ Per Hour |
|---|---|
| Discharge Pressure | 250 Bar |
| Compressor Type | Reciprocating, Oil Free |
| Inlet Pressure | 0.5 to 4 Bar |
| Dispenser | Single Hose |
| Control | PLC |
| Cooling | Air Cooled |
- Steady 1000 Nm³ per hour output suits medium-sized fleets
- Priority cascade keeps vehicles moving efficiently
- Remote alarms reduce on-site staff time
- Air cooled for sites without a water supply
We provide the compressor foundation drawing, PLC logic, a one-year warranty, and a first-year consumable filter set.
Yes, the compressor and cascade are sized for future dispenser additions.
Typically a 250 kVA three-phase feeder for the compressor motor.
With the enclosure, noise is kept below 85 dB at one meter.
The compressor skid runs for 100 hours before shipment. Vibration probes and temperature sensors are calibrated, and gas tightness is tested with helium.