Minerals, Bioresources and Environment (GIMBA)

Promotes the efficient use of materials, waste, and by-products through circular economy strategies, resource recovery from industrial and electronic waste (urban mining), and the development of industrial symbiosis schemes. Its objective is to reduce raw material consumption, minimize waste generation, and strengthen sustainable production models.

Conducts research on the generation, storage, and utilization of renewable energy, as well as technologies for the capture, utilization, and valorization of carbon dioxide (CO₂). This research line includes the development of functional materials, photocatalytic processes, green hydrogen production, sustainable fuels, and other strategies aimed at decarbonization and the energy transition.

Focuses on the design, modeling, simulation, optimization, and scale-up of processes and equipment for the mining, energy, biotechnology, and environmental sectors. It encompasses the development of reactors, separation systems, processing equipment, and computational simulation tools to improve the efficiency, sustainability, and technical and economic feasibility of industrial processes.

Investigates the behavior, characterization, and improvement of soils, as well as the development and evaluation of conventional and alternative construction materials. This research line includes studies on soil stabilization, the use of industrial and mining waste, geotechnics, and the development of sustainable materials with enhanced mechanical and environmental properties.

Conducts research on the characterization, beneficiation, and transformation of mineral resources through physical, chemical, and metallurgical processes that improve mineral recovery and resource utilization. It also addresses the integrated management of solid materials, waste, and by-products, promoting more efficient, sustainable processes with a lower environmental impact.

Develops technologies for sustainable soil management, as well as the production and evaluation of agricultural inputs, biofertilizers, and soil amendments. It also promotes the valorization of biological resources and organic waste under bioeconomy principles, aiming to strengthen agricultural productivity through innovative solutions that contribute to environmental sustainability and food security.

Investigates technologies for the treatment of wastewater, industrial effluents, gaseous emissions, and solid waste using physical, chemical, biological, and advanced oxidation processes. Its objective is to prevent and mitigate pollution, recover valuable resources, and protect ecosystems while contributing to environmental compliance and sustainable development.