Studies | ENVIRONMENTAL SCIENCE

Apply for the lifelong learning study module “Integrated Wind Energy Systems and Hydrogen”

Energy efficiency is currently undergoing significant changes, driven both by the path toward climate neutrality and the increasing presence of renewable energy sources in Latvia’s market. Wind energy is becoming an increasingly popular resource in Latvia, and questions often arise: How many wind power plants do we actually need? What capacities and sizes should be built? Where will we store surplus renewable electricity? And why should we consider hydrogen production? It’s time to clarify these uncertainties. The Institute of Energy Systems and Environment at Riga Technical University (RTU VASSI) has developed a lifelong learning study module titled “Integrated Wind Energy Systems and Hydrogen.”.

Call for Applications: 11 PhD Positions at RTU Institute of Energy Systems and Environment (IESE) in Riga (Latvia)

📢 Call for Applications: 11 PhD Positions at RTU Institute of Energy Systems and Environment (IESE) in Riga (Latvia) The RTU Institute of Energy Systems and Environment (IESE) is a leading research institute specializing in innovative solutions for energy systems, environmental sustainability and climate change mitigation. With a strong track record of impactful research projects, international collaborations, and cutting-edge technological developments, IESE offers PhD candidates a stimulating academic environment equipped with advanced laboratories and expert supervision. Choosing IESE means joining a vibrant community dedicated to addressing some of the most pressing global challenges through interdisciplinary research and practical applications. We.

Inviting the PhD student for the research “Integration of waste heat flows in the district heating”

Integration of waste (also called excess or surplus) heat flows into the district heating systems has been identified as a significant complementary driver on the road to climate neutrality by delivering primary energy savings. Unused heat flows could partly cover heat demand if suitable technical and organizational conditions have been met. Previous studies have been on waste heat potential assessment and the possibility of heat load coverage. However, the research gap still exists regarding the conditions for broader waste heat flow use if the smart energy system elements are integrated into the energy sector (including smart heat meters, thermal storage.

Study programs «ENVIRONMENTAL ENGINEERING» have been accredited for six years

The international group of experts has assessed the academic Master and Doctoral study programs as excellent and the academic Bachelor study program as good. This fact attests to the competitiveness of these programs on both local and international scale, as potential foreign students are offered these programs in English. The study programmes «Environmental Engineering» of all three levels have been developed, licenced and tested by the FEEE Institute of Environment and Energy Systems within the framework of the European Social Fund project «Reducing Fragmentation of Study Programs at Riga Technical University and Strengthening Resource Sharing». These programs have been developed.

World famous professor in system dynamics David Wheat started his lectures in Riga Technical University

On the 3rd of September guest lectures led by world famous professor David Wheat on system dynamics started for students of “Environmental Science” programme in the Institute of Energy Systems and Environment of the Riga Technical University. David Wheat received his master’s degree at Harvard University and his PhD in System Dynamics at the University of Bergen in 2007. David Wheat is past-president of the economics chapter of the International System Dynamics Society, is a member of the Scientific Committees of the international journals (“System Dynamics Review”, “International Journal of Pluralism and Economics Education”), and is a co-author of several.

Study “Biotechonomy” online

Institute of Energy Systems and Environment invites everyone who is interested to participate in the online study course Biotechonomy. Biotechonomy is a story about local bioresources and technological solutions for their extraction, preparation, treatment and processing. Study course includes analysis of climate, environmental, economic and socioeconomic aspects of biotechonomy implementation. 10 video lectures will be available online from April 11 until April 22, 2016. A seminar-discussion will be held after the completion of the course on April 27 to discuss issues that have arisen or to share opinions about the course. Topics of video lectures: 1. Introduction to the study.

Guest lecture on chemicals’ environmental fate and modern risk assessment by professor from Finland

On April 16, at 16:30-19:50 Dr.Arto Sormunen will visit the Institute of Energy Systems and Environment, RTU, to give lectures on chemicals’ behavior in soils/sediments, their environmental fate and factors behind that. Dr.Arto Sormunen will also discuss modern risk assessment methods. The lecture will be given in the Faculty of Power and Electrical Engineering, Āzenes Street 12/1, room 115. The lecture will be given in English. Everyone interested is kindly invited to attend the lecture. Dr. Arto Sormunen is the head of degree programme of Environmental Engineering in Mikkeli University of Applied Sciences (Finland). His special field is ecotoxicology and.