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Research on the NAP project (Network Activity and Participation)

The project is conducted within the framework of the Research Council for Intercultural Dialogue

Functional textiles for pharmaceutical removal from wastewater

Recent reports have exposed the dire environmental concern of pharmaceuticals residues in shared waters in Sjuhärad and wastewater treatment plants. Pharmaceuticals are of enormous importance for

Boosting the biological recovery of elemental sulphur from flue gases through multi-enzymatic systems

The aim of this project is the development of a multi-step biological process boosted by enzymatically enriched reactors able to recover elemental sulfur from flue gases.

Packaging in a circular economy

This study is a part of the studies that the research group, Resource Management, is doing at the Centre of Resource Recovery at the University of Borås. This research group has pioneer research

Data-driven service development: advanced training for professionals

The purpose of the project is to plan an advanced level education for companies.

Pretreatment technologies for biological treatment of materials that are difficult to degrade

The project is a study of thermal and chemical pretreatment of substances/substrates which are difficult to convert to achieve an increased biogas yield during the subsequent digestion.

Material and social conditions in integrated classrooms

Reduced bed temperature in FB-boilers for waste incineration

The goal of the project is to decide if reduced bed temperature results in expected advantages as reduced emissions, deposit formation and corrosion on super heaters. The objective of Part 2 is

Thermal comfort and discomfort – how the patient's perspective can be supported in the perioperative context

The overall aim is to deepen the knowledge of the patient's perspective of thermal comfort and dissatisfaction, in order to develop a scale to support the patient in conveying their experience

TextrodeMisc

Textile-based electrodes are becoming viable alternatives to traditional electrodes for recording skin-derived ECG (heart) and EMG signals (muscles). By integrating electrodes in textiles, the