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Explosive Atmospheres: Concept, Classification, and ATEX Parameters

What is an Explosive Atmosphere? An explosive atmosphere is defined as a mixture of air with flammable substances (gases, vapors, mists, or dusts) which, under normal conditions of pressure and temperature, can ignite upon contact with an ignition source. This mixture contains a sufficient concentration of the flammable substance in

When to perform a Water Hammer Analysis?

Purpose of Water hammer analysis One of the main purposes of water hammer analysis is to determine surge pressure or maximum expected pressure during transient conditions. This is of particular interest to evaluate operative scenarios: When a pump is suddenly stopped, a valve is closed, or any other scenario that

Atmospheric Boundary Layer: Assessing Wind Loads on Urban Structures

Accurate determination of the wind loads acting on urban structures is essential to ensure their safety and proper performance. Influence of the Atmospheric Boundary Layer (ABL) A crucial aspect to consider in this process is the influence of the Atmospheric Boundary Layer (ABL), which can have a significant impact on the distribution and

Predictive Maintenance in Energy Plant Assets: Ensuring Efficiency

Predictive maintenance is a key strategy in industrial asset management, both in refineries and solar thermal plants. Unlike preventive maintenance, which is performed at fixed intervals, condition-based maintenance is carried out only when data indicates it is necessary. This optimizes resource use and reduces downtime. Predictive maintenance relies on monitoring

Photovoltaic Revamping: Key Steps to Renew and Extend the Lifespan of Your Installations

The exponential growth of the photovoltaic sector in recent decades has led to the progressive aging of many existing plants. This is where photovoltaic revamping comes into play—an essential process for renewing and revitalizing photovoltaic installations. This presents a crucial challenge: ensuring the integrity of the structures on which solar

Key Factors for Driving the Energy Transition Through Advanced Simulation

The energy transition towards a more sustainable model is one of the main challenges we currently face. The ambitious decarbonization goals aim to reduce emissions and transform energy supply into a more sustainable model, shifting from a sole reliance on fossil fuels to integrating various renewable energy sources. One of

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