Factory energy recovery is the process of capturing and reusing the waste heat generated by industrial processes. It can help factories reduce their energy costs, carbon emissions, and environmental impact. Sounds great, right? But how easy is it to implement energy recovery projects on existing factory sites? In this article, you’ll discover the main challenges and opportunities of factory energy …

Just as the foundation of a house must be solid for the structure to endure, so too must the groundwork for an energy-saving scheme be meticulously laid before further development. You’re about to embark on a venture that demands not only enthusiasm but also a keen understanding of where you stand in terms of energy …

In the highly competitive world of the food and beverage industry, manufacturers often find themselves balancing the need to limit capital investment while maximizing the use of existing assets, a practice known as “sweating the assets“. This approach, though financially sensible, often leads to increased energy usage and CO2 emissions. Many plants, focused on cost-efficiency, …

Learn how 'sweating assets' optimizes legacy machinery in process plants to maximize operational efficiency, cut costs, and achieve net-zero carbon by 2050.

The chemical industry relies heavily on thermal processes, such as combustion, gasification, pyrolysis, and reforming, to produce a wide range of products and materials. These processes require a large amount of energy and generate significant greenhouse gas emissions. According to the International Energy Agency (IEA), the chemical industry accounted for about 10% of global final …

If you are a food manufacturer, you know how important it is to optimize your energy efficiency and reduce your environmental impact. But how can you achieve these goals without compromising your product quality and profitability? One possible solution is to use a hybrid fuel system, a technology that combines different sources of energy to …