Clean Energy Compression CompactPRS-500 delivers consistent pressure reduction, empowering customers worldwide to take advantage of tremendous cost-savings and the environmental benefits of natural gas.

The CompactPRS includes proven CleanPRS technology in a compact package, making it easy to install and small enough to fit any need. This economical package makes even small installations possible with its forced air convection design, cutting out the need for an external heating source.

Adantages
Features
Specifications
Safety & Environmental

CompactPRS-500 Advantages

Significantly Reduced Mobile Storage, Operation and Monitoring Costs

Forced Air Convection Design (No Boiler/Water-Glycol Loop Required)

Efficient, Controllable & Reliable Outlet Temperature for Your Application

Highly Standardized Field-Tested Designs & Experience You Can Trust

Features & Benefits

  • Forced air convection design (No boiler / Water-Glycol loop required).
  • High efficiency gas-to-air heat exchangers provide gas stream Joule-Thomson effect compensation.
  • Class 1 Division 1 Compliant design.
  • Compact Design – fits in standard ISO container.
  • All-In-One unit – reduced installation cost and time.
  • Low Cost Manual Trailer Switch-over (operator initiated).
  • Low Cost Operator Control Panel (Process Gauges, Safety Indicators).
  • Dual hose connection to trailers.
  • Built-In Line Pack System ensuring constant gas delivery during changeover.
  • Double ferrule compression fittings.
  • Gauge panel display of inlet / discharge temperatures & pressures.
  • Reduces site space requirements.
  • Reduces sit installation time and cost.
  • Minimizes shipping costs.
  • Low operation costs from forced air convection design.
  • Integrated Control panel: No site air compressor required.

Options

  • Flow meter
  • Breakaways

Technical Specifications – CompactPRS-500

MEDIUM TO DECOMPRESS SWEET, DRY NATURAL GAS
MAXIMUM ALLOWABLE GAS DEWPOINT -40ºC (-40ºF)
RECOMMENDED GAS DRYNESS <4 LBS/MMSCF
DESIGN AMBIENT TEMPERATURE 4–34°C (39.2–93.2ºF)
DESIGN INLET PIPING PRESSURE 310 BAR (4500 PSIG)
DESIGN OUTLET PIPING PRESSURE 11.7 BAR (170 PSIG)
INLET PRESSURE RANGE 20-250 BAR (290-3625.9 PSIG)
GAS INLET TEMPERATURE RANGE -40–50ºC (-40–110ºF)
GAS OUTLET PRESSURE RANGE 2–6 BAR (29–87 PSIG)*
GAS OUTLET TEMPERATURE RANGE -29–50ºC (-20-122ºF)
DESIGN FLOW RATE OVER FULL TRAILER INLET PRESSURE RANGE SCFM 31–311
NM3/H 50–500
ELECTRICAL SUPPLY 60 HZ COUNTRIES 460 VAC / 3-PHASE AND 120 VAC / 1-PHASE
50 HZ COUNTRIES 380 VAC / 3-PHASE AND 120 VAC / 1-PHASE
DESIGN ELEVATION 2000 MASL (6561.68 FASL)
PRESSURE REGULATION FOUR STAGE
ESD PROTECTION PRM INLET VALVE CLOSES ON ESD
STAGE 1 - 3 REGULATION SPRING REGULATORS
STAGE 4 REGULATION DIRECT-OPERATED PRESSURE REDUCING REGULATOR
OVER PRESSURE PROTECTION PRESSURE RELIEF VALVES AND PRESSURE SWITCHES ON INLET, INTERSTAGE, AND DISCHARGE
GAS HEATING FORCED AIR CONVECTION DESIGN
FILTRATION HIGH PRESSURE PARTICULATE FILTER UPSTREAM OF REGULATOR
GAS INLET CONNECTION DUAL QUICK-COUPLINGS ATTACHED TO 15' HOSES
GAS OUTLET CONNECTION 1.5" COMPRESSION FITTING
MODULES FULLY INTEGRATED DECANTING MODULES WITH PRESSURE REDUCTION AND CONTROLS MODULES
DIMENSIONS 1.8M W X 2.1M L (73” W X 86” L)
APPROXIMATE WEIGHT 3000 KG (6613 LBS)
ELECTRICAL CLASSIFICATION C1D1
CODE COMPLIANCE NFPA 52, NFPA 70, CE

* Measurements dependent on environmental conditions.
* Other pressure ranges are available upon request.

A global leader in manufacturing CNG and LNG fueling systems, CEC meets all ISO 9001:2008 Quality Management System Safety and Environmental protocols. Our partners applaud our dedication to safety.

Safety

  • Class 1, Div. 2 rated PRS with gas detection and ventilation.
  • Enclosure equipped with gas detection and Class 1, Div. 2 lighting.
  • Signal lights to indicate status and alarm state in event of gas leaks or ESD alarm activation.
  • MCC connections available for site fire detection cameras and communication hardware.
  • Can be equipped for phone, pager, or email warning, or an alarm will be sent in the event of an emergency.

Environmental

  • Clean Energy Compression’s Pressure Reduction Systems deliver clean natural gas which replaces diesel and bunker oil.
  • Lower fugitive emissions due to air actuation of control valves.
  • Efficient heat management means less power consumption per cubic meter/foot.
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