The aim of this paper is to collate evidence on ecotechnologies intended for use in the wastewater sector globally to facilitate the recovery or reuse of carbon and/or nutrients.
This study addresses the effectiveness of nutrient load reduction by SWAT model application in three case study catchments draining to the Baltic Sea.
The Serious Game System provides a creative, safe and inclusive learning space to evaluate the impact of ecotechnologies on local contexts in the Baltic Sea region.
This article highlights the main results of a study on the effectiveness of ecotechnologies in reducing the nutrient load in three Baltic Sea river basins…
The manual focuses on the use of multi-criteria analysis as a tool for sustainability analysis of ecotechnologies in the resource recovery context from waste and by-products from wastewater and agricultural sectors.
The report aims to enable the understanding on how cost benefit analysis models are an instrument for decision-making of adoption of ecotechnologies.
The workshop showcased technological innovations focusing on nutrient recovery and reuse in the Baltic Sea region and discussed development needs in the sector.
Pollution of the Baltic Sea continues to be a problem. The biggest terrestrial sources of nutrient emissions to the Baltic Sea are agriculture and wastewater. BONUS RETURN is currently conducting two systematic maps to collate and describe evidence on eco-technologies that are available to help recover phosphorus, nitrogen and carbon from wastewater and agriculture.
Pollution of the Baltic Sea continues to be a problem. The biggest terrestrial sources of nutrient emissions to the Baltic Sea are agriculture and wastewater. BONUS RETURN is currently conducting two systematic maps to collate and describe evidence on eco-technologies that are available to help recover phosphorus, nitrogen and carbon from wastewater and agriculture.
