Nitin Jadhav

Industrial hazardous area with explosion-proof equipment and warning signs indicating flammable liquids and gases

Important defintions in the Hazarouds area classfication

Chemical Engineering, Engineering, Fire and Explosion Prevention, Hazardous Area Classification, Industrial Safety, Process Safety

This article explains key terms and concepts essential for hazardous area classification, including ventilation, autoignition temperature, flash point, combustible materials, and safety parameters to prevent fires and explosions in industrial environments.

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Surface Area and Volume Calculations

Calculations, Engineering

Surface Area and Volume Calculations Read Post »

Fire Water Spray System design for Pumps

Calculations, Loss Prevention

Fire Water Spray System design for Pumps Read Post »

Deluge valve installed in an industrial fire protection system controlling water flow

Deluge Valve: Working Principle, Applications, and Sizing Design Guide

Engineering, Fire Protection Systems, Fire Suppression Technology, Industrial Safety, Process Safety

A deluge valve is a vital fire protection component designed for rapid suppression in high-risk areas. This article explains how it works, its types, applications, and key considerations for proper sizing to ensure effective fire safety

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Engineers installing a Clean Agent Fire Suppression System in a server room, showcasing gas cylinders and nozzle network.

Clean Agent Fire Suppression System: A Comprehensive Guide

Clean Agent Technology, Engineering, Facility Risk Management, Fire Safety Systems, Industrial Safety

Clean Agent Fire Suppression Systems offer a non-damaging, residue-free, and efficient way to protect sensitive environments like data centers and laboratories from fire hazards. Discover their types, applications, benefits, and best practices for installation and maintenance.

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Hazard identification workshop with engineers reviewing process flow diagrams and risk matrices

HAZID (Hazard Identification) Study Methodology for Oil & Gas, Hydrocarbon, and Polyolefin Plants

Hazard Identification (HAZID), Process Safety, Risk Management

Discover how a structured HAZID (Hazard Identification) study systematically uncovers and mitigates hazards in oil & gas, petrochemical, and polyolefin plants—ensuring safer, compliant operations from concept through decommissioning.

HAZID (Hazard Identification) Study Methodology for Oil & Gas, Hydrocarbon, and Polyolefin Plants Read Post »

list of Process Safety and Loss Prevention (PSLP) activities

Engineering, Loss Prevention, Process Safety

1. Hazard Identification & Risk Assessment (HIRA) 2. Safety Integrity & Layer of Protection 3. Quantitative Risk & Consequence Analysis

list of Process Safety and Loss Prevention (PSLP) activities Read Post »

Firewater system model for hydraulic calculation using PIPENET software

Hydraulic Calculations Using PIPENET: Methodology & Calculation Basis

Calculations, Engineering, Loss Prevention, Process Safety

A comprehensive guide on hydraulic calculations using PIPENET. Learn the methodology, calculation inputs, assumptions, and fire safety applications in EPC projects.

Hydraulic Calculations Using PIPENET: Methodology & Calculation Basis Read Post »

Surge Analysis in Process Plants and Pipelines

Engineering, Loss Prevention

Introduction Surge analysis, also known as transient analysis, is a critical study in fluid flow systems to evaluate pressure fluctuations

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RAM Study (Reliability, Availability, and Maintainability Study)

Process Safety

Introduction Reliability, Availability, and Maintainability (RAM) Study is a critical analysis used in the oil & gas, petrochemical, and process

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Fire Hazard Study for Process Plants, Oil & Gas Industry, and Polyolefin Plants

Loss Prevention, Process Safety

Introduction Fire hazards pose a significant risk in industrial facilities, particularly in process plants, oil & gas installations, and polyolefin

Fire Hazard Study for Process Plants, Oil & Gas Industry, and Polyolefin Plants Read Post »

LOPA methodology visual showing protection layers and SIL linkage in process safety assessment

Layers of Protection Analysis (LOPA) Study – A Detailed Guide to Risk Reduction and Safety Integrity

Chemical Engineering, Process Safety, Risk Assessment, Safety Engineering, SIL & SIS

A detailed guide to LOPA (Layers of Protection Analysis), covering methodology, initiating events, IPLs, risk criteria, SIL linkage, and practical examples for improving process safety in oil & gas and chemical industries.

Layers of Protection Analysis (LOPA) Study – A Detailed Guide to Risk Reduction and Safety Integrity Read Post »