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Heat Transfer

New AI tool allows predictive maintenance on heat transfer fluids

A new predictive analytics tool for heat-transfer-fluid (HTF) life expectancy uses artificial intelligence (AI) algorithms built around HTF sample analysis data. The tool, known as Fluid Genius, is designed to provide recommendations for extending fluid life and maintaining HTF systems.…

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This carbon-fiber composite material is good at dissipating heat

A technology that increases the heat-dissipating properties of carbon-fiber-reinforced plastic (CFRP) to that of metals has been developed by Toray Industries, Inc. (Tokyo, Japan; www.toray.com). Applying this technology to CFRP dissipates heat effectively from their sources through thermal conduction paths…

High-temperature heat pump promises significant energy savings

Industrial heat pumps (diagram) are a relatively mature technology that converts low-temperature waste heat into a more usable heat at a higher temperature (above the “pinch point”). However, the technology has been limited to applications of up to 100°C. Now,…

Changing Fluids in a High-Temperature Heat Transfer Fluid System

Switching from one fluid to another in a heat transfer system requires an engineering evaluation. Here is what to include In well-designed and well-maintained heat transfer systems, heat transfer fluids generally last for a long time and function as intended.…

GEA Sustainable Energy Solutions significantly improve plant efficiency and reduce CO2 emissions

The Sustainable Energy Solutions (SEnS) offering from GEA (Düsseldorf, Germany) integrates processes and utilities (refrigeration and heating) solutions, allowing GEA experts to develop optimization strategies for customers in diverse industries. Potential energy savings of up to 30% and a significant…

New Offerings Aid Heat Exchanger Design and Operations

New offerings, including software products, consulting services, research insights and design tools, provide support for improving heat exchanger design and operation Because they are critical pieces of equipment across virtually all sectors of the chemical process industries (CPI), heat exchangers…

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Unlock the Energy Potential of Your Plant

By exploring strategies for process integration, such as waste-heat recovery and combined heat and power generation, plants can significantly improve their energy efficiency and reduce utility costs In a chemical processing plant, utility costs typically account for about 10 to…

Recently Published Books for the CPI: January 2021

The following is a list of recently published books of potential interest for CPI professionals   Digital Transformation for the Process Industries: A Roadmap. By Osvaldo Bascur and PJ O’Rourke, CRC Press, 2021, 320 pages, $130.00. Data Science in Chemistry:…

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Design of Bulk-Solids Moving-Bed Heat Exchangers

Presented here are equations governing heat transfer in a moving-bed heat exchanger, along with a numerical method for solving them Moving-bed heat exchangers (MBHE) represent an efficient method for heating or cooling bulk-solid materials compared to other technologies, such as…

Top five technologies for drying in chemical applications

ANDRITZ Separation has been serving industries ranging from petrochemicals and soda ash to agrochemicals for more than a century. What all these chemical applications have in common is the importance of highly efficient thermal separation with either continuous or discontinuous…