Centre of Biological Engineering / Centro de Engenharia Biológica

Leading Scientist

Other Leading Researchers

The Environmental Bioresources and Bioremediation Technology group (Env2B) generates, applies and disseminates knowledge, while facilitating technology transfer, in the field of Environmental Biotechnology. Env2B research integrates fundamentals and tools in processes and products development, aiming at the ultimate goal of combining scientific excellence with social, environmental and economic impact. Aligned with the policy priorities of the European Community, our focus addresses environmental pressure on minerals, metals, energy, water, fertile soils, clean air, biomass and biodiversity. We aspire to promote the efficient use of resources, contributing to the EU's agenda for global competitiveness, by decoupling future economic progress from resource constraints and underpinning the transition from a linear to a circular economy.

Env2B has an inspiring research environment based on multidisciplinary cooperation and scientific excellence providing continuous challenges that are embraced with rigor and joy. Our work encompasses three main scientific domains:

The Environmental Biotechnology domain comprise biotechnological applications of microorganisms for bioremediation of contaminated environmental matrices, elimination of persistent organic pollutants, resource recovery and reuse from waste/water, with conversion into liquid and gaseous bioenergy carriers and bioelectricity production in high-rate bioreactors, and decarbonization strategies. Our approach incorporates microbial ecophysiology combined with omics and metaomics approaches to unveil the complexities of microbial communities and interactions in these processes.
The Chemical Engineering field aims to add value to natural resources, including clays, zeolites, and carbonaceous matrices. We utilize these resources in the rehabilitation of contaminated soils and sediments, in the purification of process and urban wastewater and in the oxidation of gas phase pollutants. Using innovative tools for environmental restoration and valorisation, we emphasize sustainability through integrated recycling.
The Applied Environmental Microbiology branch involves the study of the microbiology of wastewater treatment, to enhance efficacy and address common problems with significant impacts on natural ecosystems. By combining basic science, including toxicology, with applied engineering, we develop creative and innovative solutions, reinforcing our competence in this field.

Highlights

Madalena Alves appointed representative of the Portuguese State in the International Iberian Nanotechnology Laboratory Council

January 07, 2021
Braga

Full professors Madalena Alves and Elvira Fortunato are the new representatives of the Portuguese State in the Council of the International Nanotechnology Laboratory (INL), based in Braga.

BIOGAS LAB - a new platform to promote Innovation and Technology in the BIOGAS sector

May 15, 2021

Platform brings together the best of what is done in the North in water technology

March 01, 2023
Diário do Minho

Platform brings together the best of what is done in the North in water technology

Northern Portugal has a gap in training for water treatment

March 28, 2023
www.rum.pt

CEB - Center for Biological Engineering of the University of Minho created a platform where it is possible to share needs and solutions related to water issues.

UMinho CEB wants to accelerate methane production from waste to develop biogas

June 20, 2023
bragatv.pt

UMinho CEB wants to accelerate methane production from waste to develop biogas

CEB launches its first call for research projects intramural funding

March 01, 2024
CEB

The Center of Biological Engineering introduces intramural funding to support research projects aimed at securing external funding later. These projects, selected after international panels evaluation, offer opportunities for young PhD researchers to lead and develop their careers.