Staff Web

Environmental engineering

This includes e.g. energy systems, remote sensing and environmental management.


Det finns 87 sidor som är taggade med Environmental engineering:
Shivesh Karan

Shivesh Karan

Experienced in working on spatial modeling, data analytics, and life cycle assessment. My key competencies lie at the intersection of three disciplines (Geospatial Science, Environmental Science,

Department of Energy and Technology

Department of Energy and Technology

At the department of energy and technology, research and education are conducted focusing on how agriculture can contribute to a sustainable society. We have extensive expertise in technology and

Fiona Tang

Fiona Tang

Postdoctoral Researcher Department of Crop Production Ecology Swedish University of Agricultural Sciences (SLU) Google Scholar | Research Gate | ORCiD Research Interests My research interest lies in

Diets for nordic countries

Diets for nordic countries

The objective of the project is to develop a set of Nordic diets based on the concept of producing livestock on ‘ecological leftovers’. Period During 2016-2017 Beskrivning The objective of the

Demonstration of small-scale biogas upgrading at the biogas plant of Sötåsen

The objective is to demonstrate a cost efficient concept for small-scale upgrading of biogas and use as vehicle fuel. The technology implemented is based on the concept of in-situ methane enrichment

Ash for removing carbon dioxide during production of liquefied biogas

Liquified biogas (LBG) is produced by reducing the temperature to < -161 °C. The carbon dioxide concentration in the biogas must be < 50 ppm and it is costly to reach that level. There is a need to

Logistics

Logistics

Logistics and transport systems are crucial for the development of effective and sustainable supply chains, for food as well as biomass and bioenergy. Improving the efficiency in logistics systems

Digitalisation, Automation and Robotic with emphasis in crop production and processing

Digitalisation, Automation and Robotic with emphasis in crop production and processing

This research area promotes the application of digital data and tools, automation and robotics to improve the efficiency of crop production and processing. The focus areas include: Sensors and

Animal Surveillance, focusing in Precision Livestock Farming (application of Digitalization, automation and robotic)

Animal Surveillance, focusing in Precision Livestock Farming (application of Digitalization, automation and robotic)

This research area works to collect and use data related to animal welfare on-farm, during grazing, and transport. This work is facilitated through application of digitization, automation, and

Digitalisation and Automation in an integrated Agriculture and Food Value Chain

Digitalisation and Automation in an integrated Agriculture and Food Value Chain

In this case, digitization and automation will be applied in agriculture and food value chain and their performances will be evaluated. This enables to facilitate to develop system simulation models

Automation

Automation

Our vision is to promote research, innovation and the application of process automation and robotics in agricultural and bio-systems, with a focus on sensors, control and information technology, to

BSSC Eng

BSSC Eng

Interested in the Baltic Sea? Discover all about it at the Baltic Sea Science Center (BSSC) located at Skansen, Stockholm, or join our digital events. SLU proudly contributes to the content of the

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