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Grupo Dominguis Energy Services

Industrial Heat Pump: Efficiency and decarbonization in the beverage industry

bombas de calor

The implementation of renewable thermal technologies in energy-intensive industrial processes, such as pasteurization in the food industry, is key to reducing dependence on fossil fuels and optimizing energy consumption. These solutions not only improve sustainability but also increase the competitiveness of production plants by reducing operating costs and strengthening compliance with climate targets. In this article, we present the case of a beverage company that has installed a high-temperature heat pump to power its juice pasteurization process. We analyze the results obtained in terms of efficiency, economic savings, and emission reductions, with a projected return on investment in just 4 years.

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Technology for a smarter food future

futuro alimentario

The third block of GDES Tech Day focused on innovation applied to the agri-food sector, a key area for sustainable development and at the forefront of new solutions and advancements. This roundtable was moderated by Catalina Valencia, Director of KM ZERO, and featured contributions from José Luis Sánchez (Campofrío), Manuel López (Importaco), and Oihane Mendizábal (xabet). Catalina Valencia (KM ZERO) opened the session by highlighting the main challenges facing the sector: the consequences of climate change, water scarcity, and the growing demands of consumers. She also stressed the need to adapt production models to an increasingly volatile environment.

  • From Campofrío, José Luis Sánchez shared how they are applying artificial intelligence and computer vision systems to improve food safety, ensuring the early detection of potential foreign objects without compromising quality or production speed. He also emphasized the company’s commitment to sustainability, both in production and in their strategy to develop healthier products that are also more responsible in terms of animal welfare.
  • Manuel López (Importaco) explained how they are using adaptive models and technology based on intelligent and predictive analytics to manage the natural variability of raw materials and the changing needs of customers. This enables them to improve process efficiency and speed, reduce waste, maintain quality standards, and reinforce their commitment to environmental sustainability.

xabet

  • Representing xabet, Oihane Mendizábal presented concrete examples of how advanced sensor technology and predictive analytics algorithms make it possible to forecast demand, optimize production, and exponentially improve profitability in real-world environments. This illustrated a vision of digitalization as a lever for efficiency, sustainability, and competitiveness.

The roundtable concluded with a key idea: technology applied with purpose is essential to ensure smarter, more sustainable production aligned with the demands of today’s society.

Grupo Bertolín and GDES begin construction of the new Total Individualized Temporary Storage Facility (ATI-100) at the Cofrentes Nuclear Power Plant

ATI

The Cofrentes Nuclear Power Plant has begun construction of its new Total Individualized Temporary Storage Facility (ATI-100), after receiving authorization from the Ministry for the Ecological Transition and the Demographic Challenge (MITECO) and successfully passing reviews by the Nuclear Safety Council (CSN). The construction, already underway, is expected to continue until 2026.

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Beer with solar steam: A theoretical case of energy transition in the agrifood industry

energy transition

The transition to clean energy sources in the agrifood sector is no longer just a vision — it’s becoming a reality, driven by the need to reduce emissions, improve energy efficiency, and decrease dependence on fossil fuels. Industrial processes such as cooking, pasteurization, and cleaning require large amounts of heat, and steam generation through solar technologies is emerging as a sustainable and cost-effective solution.

In this article, we analyze the case of a brewery in Valencia that has integrated a concentrating solar thermal system based on linear Fresnel collectors. This plant now covers 10% of its thermal demand using solar energy, avoiding the emission of 1,300 tons of CO₂ per year — an investment made viable through an energy sales model and public support.

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