Tobias Schnepper
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View article: Effects of Permeability and Pyrite Distribution Heterogeneity on Pyrite Oxidation in Flooded Lignite Mine Dumps
Effects of Permeability and Pyrite Distribution Heterogeneity on Pyrite Oxidation in Flooded Lignite Mine Dumps Open
The role of sedimentary heterogeneity in reactive transport processes is becoming increasingly important as closed open-pit lignite mines are converted into post-mining lakes or pumped hydropower storage reservoirs. Flooding of the open pi…
View article: Potential hydrochemical impacts of pumped hydropower storage operation in two European coal regions in transition: the Szczerców-Bełchatów mining complex, Poland, and the Kardia Mine, Greece
Potential hydrochemical impacts of pumped hydropower storage operation in two European coal regions in transition: the Szczerców-Bełchatów mining complex, Poland, and the Kardia Mine, Greece Open
Energy storage plays a vital role in stabilising electric grids incorporating renewable energy sources like wind and solar, which are inherently intermittent. Among the most effective and widely used large-scale energy storage solutions ar…
View article: Reaction path modelling framework for hydrochemical processes during Pumped Hydropower Storage in open-pit lignite mines – a new software to quantify the impact of pyrite weathering
Reaction path modelling framework for hydrochemical processes during Pumped Hydropower Storage in open-pit lignite mines – a new software to quantify the impact of pyrite weathering Open
The need for the modelling framework is based on being able to make a statement as to whether the operation of a Pumped Hydropower Storage (PHS) facility in a former open-pit lignite mine can have a negative impact on the water quality in …
View article: Reaction Path Modeling of Water Pollution Implications of Pumped Hydropower Storage in Closed Open-pit Lignite Mines
Reaction Path Modeling of Water Pollution Implications of Pumped Hydropower Storage in Closed Open-pit Lignite Mines Open
Pumped hydropower storage (PHS) operations in former open-pit lignite mines can provide substantial additional energy storage capacities, which are urgently needed for the current European energy transition. However, this storage concept r…
View article: Pumped hydropower storage operation in open-pit lignite mines does not compromise the pit lake and groundwater chemistry
Pumped hydropower storage operation in open-pit lignite mines does not compromise the pit lake and groundwater chemistry Open
Experiences with open-pit mine flooding in German lignite mining regions show that hydrogeochemical processes can become critical ecological and economic factors for the realisation of Pumped Hydropower Storage (PHS) projects. Depending on…
View article: Evaluation of precipitation measurement methods using data from a precision lysimeter network
Evaluation of precipitation measurement methods using data from a precision lysimeter network Open
Accurate precipitation data are essential for assessing the water balance of ecosystems. Methods for point precipitation determination are influenced by wind, precipitation type and intensity and/or technical issues. High-precision weighab…
View article: Reply on RC2
Reply on RC2 Open
Abstract. Accurate precipitation data are essential for assessing the water balance of ecosystems. Methods for point precipitation determination are influenced by wind, precipitation type and intensity and/or technical issues. High-precisi…
View article: Hydrogeochemical impacts of pumped hydropower storage in open-pit lignite mines
Hydrogeochemical impacts of pumped hydropower storage in open-pit lignite mines Open
Large-scale energy storage is becoming more important due to the increase in electricity generation from renewable sources and the related grid balancing requirements. In this context, Pumped Hydropower Storage (PHS) in former open-pit lig…
View article: Evaluation and correction of precipitation data obtained with different measurement methods using data from precision lysimeter network
Evaluation and correction of precipitation data obtained with different measurement methods using data from precision lysimeter network Open
Accurate precipitation measurements are essential for various applications such as determining the water balance of ecosystems and modelling soil-water fluxes in the earth critical zone. Gauge based point precipitation measurements are aff…
View article: Reply on RC1
Reply on RC1 Open
Abstract. Accurate precipitation data are essential for assessing the water balance of ecosystems. Methods for point precipitation determination are influenced by wind, precipitation type and intensity and/or technical issues. High-precisi…
View article: Comment on hess-2022-370
Comment on hess-2022-370 Open
Abstract. Accurate precipitation data are essential for assessing the water balance of ecosystems. Methods for point precipitation determination are influenced by wind, precipitation type and intensity and/or technical issues. High-precisi…
View article: Evaluation of precipitation measurement methods using data from precision lysimeter network
Evaluation of precipitation measurement methods using data from precision lysimeter network Open
Accurate precipitation data are essential for assessing the water balance of ecosystems. Methods for point precipitation determination are influenced by wind, precipitation type and intensity and/or technical issues. High-precision weighab…
View article: Hydrogeochemical impact assessment of pumped hydro power storage in open-pit lignite mines
Hydrogeochemical impact assessment of pumped hydro power storage in open-pit lignite mines Open
<p>As recent developments regarding the increasing demand of renewable energy sources in the European energy sector demonstrate, the need for large-scale energy storage technologies intensifies. Since the availability of wind and pho…