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Oil & Gas Lubricant Pipeline

Name: Oil & Gas Lubricant Pipeline
Brand: Delsol Engineering India Pvt. Ltd
Price: 35000 INR
Availability: InStock

Price 35000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Oil & Gas Lubricant Pipeline Specification

Diameter
25 To 500 Millimeter (mm)

Capacity
10 To 10000 Ltr/hr

Usage
Industrial

Working Presssure
2.5 Bar To 20 Bar

Material
MS & SS

Pressure Ratings
2.5 Bar To 20 Bar

Fittings
Elbows, Tees, Reducers, Couplings, Flanges, Caps Nipples, Valves

Application
Oil & Gas Industri

Dimension (L*W*H)
1 Meter (m)

Material Grade
MS & SS

Surface Finish
Blasting & Painting

Pipe Type
Seamless pipes & ERW pipes

Oil & Gas Lubricant Pipeline Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
500 Units Per Month

Delivery Time
1 Months

Main Domestic Market
All India

Oil & Gas Lubricant Pipeline About

What is a Gas Pipeline?

A Gas Pipeline is an interconnected system of pipesdesigned to transport natural gas, LPG, biogas, or industrial gases fromone location to another such as from refineries to distribution points, orfrom mainlines to end-users like homes, factories, or power plants.

Working Principle

Pressurized gas flows through pipes under controlled conditions.
A compressor or pressure regulator maintains flow pressure.
Valves regulate flow, isolate sections, or vent pressure.
Monitoring systems ensure leak-free, safe, and efficient delivery.

Key Components

Component	Description
Pipes	Seamless or welded, carbon/SS/HDPE
Fittings	Elbows, reducers, tees, couplings
Valves	Ball, gate, pressure relief, solenoid
Flanges	For jointing and maintenance
Regulators	Control pressure at outlets
Flow Meters	Measure gas flow (cubic meters/hour)
Filters/Strainers	Remove impurities
Gas Detectors	Detect leaks for safety
Control Panel	Automation and monitoring

Types of GasPipelines

Type	Description	Use
Transmission Pipeline	Large diameter, long distance	City-wide gas distribution
Distribution Pipeline	Medium pressure, shorter length	Industrial, residential use
Service Line	Final connection to building	Homes, hotels, labs
Underground Pipeline	Buried for safety and space	Most common type
Above-Ground Pipeline	Exposed for access	Industrial plants
Flexible Gas Pipe (CSST)	For appliances	Domestic kitchens, HVAC

Materials Used

Material	Typical Use
Carbon Steel (ASTM A106, API 5L)	High-pressure, long-distance
Stainless Steel (SS304, SS316)	Corrosive gas, cleanroom
Copper	Domestic gas lines
HDPE (PE-100)	Low pressure, buried line
GI (Galvanized Iron)	Old style; now phased out in many places

TechnicalSpecifications (Typical Range)

Parameter	Value
Pipe Diameter	48
Pressure Rating	2 bar to 100 bar
Temperature Range	-20 deg C to +200 deg C
Flow Capacity	10 - 10,000 Nm3/hr
Design Life	20-50 years
Coating (underground)	3LPE / Bitumen / HDPE
Joints	Butt weld / Threaded / Flanged / Fusion

Design Standards& Codes

ASME B31.3 Process Piping
ASME B31.8 Gas Transmission & Distribution
API 5L Pipe standards for line pipe
IS 6044 LPG installation in buildings
NFPA 54 National Fuel Gas Code
OISD Guidelines (India)
PNGRB Guidelines (India)

Advantages

Safe and reliable gas transportation
High efficiency and low operating cost
Underground pipelines save space
Suitable for remote areas
Durable materials last for decades

SafetyConsiderations

Pressure Relief Valves
Flame Arrestors
Gas Leak Detectors
Cathodic Protection (for corrosion)
Color Coding (yellow for natural gas)
Firefighting provisions
Emergency Shutdown System (ESD)

Applications

Residential Gas Supply Kitchens, water heaters
Commercial Use Hotels, hospitals, malls
Industrial Boilers, furnaces, heat treatment
CNG/PNG stations
Power Plants
Chemical & Pharma Industry
Biogas Pipelines Renewable energy sector

Industry-Ready Design and Material Options

Tailored for oil and gas applications, these pipelines utilize both mild steel (MS) and stainless steel (SS) to ensure compatibility with varied lubricants and environmental demands. Surface finishing with blasting and painting further enhances lifespan and corrosion resistance, making them ideal for harsh industrial settings.

Versatility in Applications and Fitting Solutions

The pipelines support a comprehensive range of fittings, including elbows, tees, reducers, couplings, and valves, allowing for flexible configurations to match specific site layouts. With a wide diameter range and multiple pressure ratings, these pipelines conform to the requirements of modern oil & gas infrastructure.

FAQ's of Oil & Gas Lubricant Pipeline:

Q: How are these lubricant pipelines constructed for oil and gas applications?

A: The pipelines are manufactured using either seamless or ERW pipe types, crafted from mild steel (MS) or stainless steel (SS). They undergo extensive surface preparation with blasting and painting to increase resilience against corrosion, making them suitable for demanding oil and gas industry environments.

Q: What fittings are compatible with these oil & gas pipelines?

A: A wide variety of fittings are available, including elbows, tees, reducers, couplings, flanges, caps, nipples, and valves. This allows for customized installation to meet various operational and maintenance requirements.

Q: When should I select seamless pipes over ERW pipes for my setup?

A: Seamless pipes are preferable in high-pressure or critical applications due to their uniform structure and strength, while ERW pipes are a cost-effective choice for moderate pressure use and applications where reliability is required but the operational pressures are not extreme.

Q: Where can these pipelines be installed?

A: Designed for industrial application, these pipelines are suitable for refineries, storage depots, and processing plants within the oil and gas sector across India, wherever secure and reliable lubricant transport is needed.

Q: What is the process for installing these lubricant pipelines?

A: Installation involves designing a pipeline layout, selecting appropriate diameter and pressure-rated pipes, assembling them with the necessary fittings, and ensuring all components are securely joined. The pipelines are then pressure-tested for leaks and performance compliance before use.

Q: How does the surface finish benefit the pipeline?

A: Blasting and painting the surface improve the pipeline's resistance to corrosion and wear, directly extending its operational lifespan, and reducing maintenance frequency in tough industrial settings.

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