

A Gasoline Station, also known as a Fuel Service Station, is a facility designed for the dispensing, storage, and retail of petroleum products such as gasoline, diesel, and lubricants. The station comprises a combination of mechanical, electrical, civil, and safety systems engineered to comply with international standards for environmental protection, fire safety, and operational efficiency.
Key Components:
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Underground Storage Tanks (USTs)
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Material: Double-wall carbon steel or FRP (fiberglass)
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Capacity: Typically 10,000–45,000 liters per tank
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Standards: UL 58 / UL 1746, EN 12285-1
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Features: Overfill protection, leak detection, cathodic protection, manholes
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Fuel Dispensers
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Type: Electronic multi-product or single-nozzle
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Flow rate: 40–80 L/min for light vehicles, up to 130 L/min for heavy-duty
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Integration: POS systems, ATG (Automatic Tank Gauging), card payment terminals
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Certification: OIML R117, MID, ATEX
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Piping and Valve System
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Type: Double-walled flexible or rigid piping (e.g., HDPE or stainless steel)
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Valves: Emergency shutoff valves, shear valves, pressure relief valves
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Electrical and Control System
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Features: Explosion-proof wiring, grounding systems, forecourt controllers
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Standards: NEC Class I Division 1/2, ATEX, IECEx
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Canopy and Civil Works
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Canopy: Structural steel frame with waterproof cladding and LED lighting
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Forecourt: Reinforced concrete with fuel-resistant surface coatings and drainage
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Island Structures: Housing for dispensers and accessories
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Application
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Gasoline
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Diesel
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LPG
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CNG
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Alternative fuels

Orientation
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Supports fleet fueling for logistics, public transport, emergency response, and delivery services
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Provides bulk fuel access for industries needing on-site fuel (e.g., mining, agriculture, or remote operations)