In today’s evolving energy landscape, integrated refineries are emerging as strategic assets for enhancing refinery margins and ensuring long-term operational resilience. Unlike conventional refineries focused solely on producing transportation fuels, integrated refineries combine fuel production with petrochemical processing, energy optimization, and increasingly, renewable fuel generation.

Hydrogen is a key component of modern refining operations, facilitating critical processes like hydrocracking, hydrotreating, and desulfurization. As the industry transitions toward cleaner fuels and more sustainable production methods, the need for accurate and reliable hydrogen measurement increases.

Distillation is a core separation process in oil refineries, used to fractionate crude or intermediate feedstocks into usable products such as naphtha, kerosene, diesel, and residue. The process involves thermal and phase separation steps that are highly sensitive to temperature, pressure, flow, and level changes.

Application Note EV Manufacturer 266HSH solution

Hydrogen is an important vector in the energy transition and decarbonization of industrial and chemical processes. The global trade of hydrogen and its derivates such as ammonia will play a key role in the green hydrogen economy.

Given the status of the ongoing initiatives to fight climate change, and the insufficient progress made so far in the decarbonisation challenge, there is a growing need for carbon capture, utilization and storage (CCUS) to help with the energy transition and decarbonization of industrial processes, also considering the growing urgency to address climate change felt by the general public, as well as by policy makers and investors.

Case Study - Chemical Inventory Management and Control

Application Note - Static Pressure Transmitter

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