Crude Oil Pipeline Projects

Crude oil pipeline engineering site work by HRP Infra

Precision Engineering for Crude Oil Transport

HRP Infra brings deep technical expertise to crude oil pipeline projects across India's hydrocarbon sector. Our multi-disciplinary teams handle the complete project lifecycle, integrating advanced GIS-based route analysis, hydraulic simulation, structural design, and regulatory compliance into a seamless delivery model.

From cross-country transmission pipelines to intra-field gathering lines, we apply proven engineering methodologies and international standards (ASME B31.4, IS 1239, OISD) to ensure safe, efficient, and cost-effective infrastructure that performs reliably over its intended design life.

Cross-country & trunk crude oil pipelines
Gathering network design for oil fields
Pump station & block valve station design
Pigging systems & cathodic protection
SCADA & leak detection system integration

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Our Scope of Work

A structured, phased approach that covers every technical discipline required for a successful crude oil pipeline project.

Route Survey & Feasibility

Topographic surveys, aerial mapping, geotechnical investigation, and multi-criteria route corridor analysis using GIS to identify the optimal alignment.

Front-End Engineering Design (FEED)

Hydraulic modelling, pipe sizing, material selection, PFD and P&ID preparation, equipment datasheets, and CAPEX estimation for investment decisions.

Detailed Engineering (DFR / DPR)

Complete engineering deliverables — alignment sheets, cross-section drawings, structural calculations, and bill of quantities compliant with statutory requirements.

HAZOP & Safety Studies

Structured HAZOP analysis, QRA, consequence modelling, and OISD compliance review to identify and mitigate risks before construction begins.

Construction Management

Owner's engineer services, inspection, QA/QC oversight, third-party inspection coordination, and progress monitoring throughout the construction phase.

Commissioning & O&M Support

Pre-commissioning checks, hydrotest witnessing, start-up support, operations manual preparation, and periodic integrity management advisory services.

Our Delivery Process

We follow a structured, gate-reviewed project delivery methodology to ensure quality, schedule adherence, and regulatory compliance at every stage.

Project Initiation & Data Collection

Scope definition, stakeholder mapping, baseline data collection, and regulatory requirement assessment.

Feasibility & Conceptual Design

Route options analysis, technology selection, order-of-magnitude cost estimation, and project schedule development.

FEED / DPR Preparation

Detailed hydraulic modelling, engineering drawings, technical specifications, and environmental clearance support.

Procurement & Construction

Bid document preparation, vendor evaluation support, construction inspection, and progress reporting.

Commissioning & Handover

Pre-commissioning, startup witnessing, as-built documentation, and operational readiness verification.

Why Choose HRP Infra

Multidisciplinary Expertise — integrated civil, mechanical, instrumentation, and environmental teams under one roof.
GIS-Driven Route Planning — advanced spatial analysis minimises environmental impact and land acquisition complexity.
Regulatory Compliance — in-depth knowledge of PNGRB, OISD, MoEF, and state-level clearance processes.
Proven Track Record — successfully delivered pipeline projects for major PSUs and private operators across India.
Digital Delivery — all deliverables produced in GIS, AutoCAD, and industry-standard formats for seamless client integration.

Technical Capabilities

We deploy cutting-edge tools and methodologies to deliver engineering that is both technically robust and commercially optimised.

Hydraulic & Transient Analysis

Steady-state and transient hydraulic modelling using PIPESIM and OLGA to optimise pump configurations, predict surge behaviour, and validate system performance.

GIS-Based Route Optimisation

Multi-parameter corridor analysis integrating land use, geohazard, water body crossings, and environmental sensitivity layers for minimum-risk routing.

Cathodic Protection Design

Impressed current and sacrificial anode CP system design with soil resistivity surveys, interference studies, and DCVG assessment.

SCADA & Leak Detection

Specification and integration design for SCADA, ESD systems, and volume-balance or pressure-point leak detection systems.

Crossings & Special Locations

Engineering design for HDD, open-cut road and railway crossings, aerial spans, and river crossings in compliance with applicable codes.

DPR & Investment Documents

Bankable Detailed Project Reports with cost estimates, economic analysis, and technical justifications suitable for PSU and private sector approvals.