ORGANISATION/COMPANYUniversity of Santiago de Compostela
RESEARCH FIELDEnvironmental science
RESEARCHER PROFILERecognised Researcher (R2)
APPLICATION DEADLINE23/12/2019 14:00 - Europe/Brussels
LOCATIONSpain › Santiago de Compostela
TYPE OF CONTRACTTemporary
HOURS PER WEEK37.5
OFFER STARTING DATE01/06/2020
CROSS-DISCIPLINARY RESEARCH IN ENVIRONMENTAL TECHNOLOGIES
The CRETUS institute is an interdisciplinary research center devoted to the conception, development and evaluation of sustainable environmental technologies under a circular economy approach. The multidisciplinary skills available include Biology, Chemical Engineering, Chemistry, Economics, Environmental Law, Physics and Social Psychology applied to environmental issues. The aim is to integrate these capacities to comprehensively address the environmental challenges of society, offering technological solutions that minimize environmental impacts and risks and maximize the potential for resource recovery. The economic, social and legal implications of proposed new solutions will be analyzed as well. The environmental challenges will be conceived under different perspectives: a) DIAGNOSIS – Evaluating, measuring and understanding their dimension; b) TECHNOLOGIES AND METHODOLOGIES – Conceiving proper scientific-technological solutions for preventing or treating environmental pollution, proposing new processes, tools and methodologies and; c) IMPACTS – Assessing the proposed solutions under an environmental, economic and social impact. The coordinated integration of the diverse capacities facilitates a mutual enrichment of all the scientific approaches and allows addressing the new environmental challenges, of increasingly complex characteristics, from a holistic perspective.
It is evident that the development of this new way of organizing research implies a cultural change that requires the promotion of collaborative and multidisciplinary research. As a result, CRETUS researchers should become familiar with a methodology that can address scientific challenges from a global and more ambitious perspective, by combining completely different disciplines as science, engineering, economy, law or social psychology.
The partnership promotes the evolution from a traditional mono-disciplinary approach towards a more ambitious collaborative research model that makes possible putting into practice the comprehensive and multidisciplinary vision in the CRETUS research activities.
The hired researcher will actively participate in the multi-disciplinary projects developed within the framework of CRETUS, which means an excellent opportunity for the development of his/her scientific and professional career.
A full-time contract of 4 years is offered, starting prospectively on June 2020.
The yearly gross salary remuneration consists of 14 payments of € 2,625 each. Additionally a budget of € 40,000 per year for the running costs of the developed research is provided.
The research agenda consists of 4+1 areas representing the main societal environmental challenges: 1) Water cycle management; 2) Remediation and sustainable uses of soils; 3) Waste management and valorisation and 4) Air pollution monitoring and control. One additional area aims to ensure that the technologies conceived and developed by CRETUS comply with environmental, economic, social and legal requirements, advancing towards sustainable cities and industries. The Diagnosis-Technology development-Sustainability principle will be applied to the different projects developed by CRETUS, independently from the environmental challenge approached.
As an example, but not limited to, some of the research topics that are currently included in the research agenda are presented below.
1) Water cycle management
CRETUS has a strong background in the development of advanced technologies for the treatment and postreatment of wastewater. More concretely in this field, the detection and treatment of organic mircropollutants in wastewater, the conception of advanced technologies for nutrient removal and resource recovery processes (including water for reuse) can be highlighted. Concepts related to the use of nanoparticles or biocarbons for the removal of recalcitrant compounds are investigated. Modelling, optimization and control of wastewater treatment processes are used for approaching sustainability. The development of tools for the direct (analysis of water) or indirect (following animal colonies influenced by water) monitoring of the chemical and ecological status of water matrixes is considered essential to ensure the quality standards required by the new legal frameworks. Water scarcity is managed by the modelling of groundwater and water reservoirs for the prediction of available resources for the future.
2) Remediation and sustainable uses of soils
There has been a consolidated research on the analysis and treatment of polluted soils, with an in-depth study of the biogeochemical processes. Technologies based on the use of enzymes, phytoremediation or technosols have been developed. The properties of soils to act as terrestrial carbon sink, to prevent fire and to better suit its functions (urban, agricultural, etc.), are studied and used for sustainable land planning.
3) Waste management and valorisation
Several research lines promote the transition from a lineal towards a circular economy model. The biorefinery concept is applied to wastewater and waste treatment in a wide range of processes: the recovery of biopolymers (PHB), the selective VFA production, yielding sugar from lignocellulosics. A second research activity focuses on the extraction of added-value products from natural compounds by chemical and enzymatic transformations.
4) Air pollution monitoring and control
The use of mosses for air quality biomonitoring has been applied to different production processes. Atmospheric modelling of pollutants is used for analysing the geographic impact of certain industrial and urban activities. Damage related to climate change is predicted through modelling of climatic conditions, floods and pollution by greenhouse gases.
+1) Sustainable cities and industries
The research agenda of CRETUS has an environmental technological orientation aligned with the objectives of circular economy and sustainable development. To do so, one option is to avoid pollution through the design of clean productive processes. This is for example targeted by the design of ionic liquids as green solvents, as well as by promoting the ecodesign in consumer products. If pollution has to be treated, sustainability of the developed solutions is analyzed by means of Life Cycle and Risk Assessment methodologies. New business models and policies are being framed in order to foster the implementation of innovation actions.
CRETUS goes further in promoting the implementation of innovative processes, by studying the economic, social and legal barriers and based on that proposing activities for social engagement and generating new business models and policies for cities and industry.
If you perform research in line with the CRETUS agenda and are convinced that performing collaborative activities in a multidisciplinary team can enhance your professional development, consider the postdoc position offered in this call.
This grant is financed by the regional research authority in Galicia (Northwest Spain). It is open to the 3 Universities in Galicia (Coruña, Santiago de Compostela and Vigo)
University of Santiago de Compostela will perform a first selection process of candidates. Each of the 3 Universities will preselect the 10 candidates with the strongest CV in terms of publications (including congresses) and participation in projects (the role as principal investigator will be highly evaluated).
Afterwards these candidates have to compete at regional level in a way that from the 30 applications a maximum of 10 will be selected for funding.
The candidates should send their CV, Motivation letter and at least 1 Recommendation letter to email@example.com, indicating "Cretus Contract" in the subject, before December 23 at 14:00, 2019.
- PhD degree obtained after 01.01.2007 and before 31.12.2015
- Not been hired by any Galician University in the last 2 years
- At least 2 years of posdoctoral experience abroad (different from where you obtained your doctoral degree, country of origin or nationality)
- Postdoctoral researcher with experience in any topic matching the CRETUS research agenda
- High scientific quality that means at least 40 papers for science based profiles (chemistry, physics, biology, environment,….) and 20 papers in case of social sciences (economy, psychology).
- willing to perform research in an multi-disciplinary environment; open to new scientific challenges; with the capacity of supervising and training of PhD students; taking the leadership in the writing of new project proposals.
- Good spoken and written English skills.
PhD degree obtained after 01.01.2007 and before 31.12.2015
EURAXESS offer ID: 473340
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