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Model Output Statistics for Nettetal-Hülst (H512)

DWD’s fully automatic MOSMIX product optimizes and interprets the forecast calculations of the NWP models ICON (DWD) and IFS (ECMWF), combines these and calculates statistically optimized weather forecasts in terms of point forecasts (PFCs). Thus, statistically corrected, updated forecasts for the next ten days are calculated for about 5400 locations around the world. Most forecasting locations are spread over Germany and Europe. MOSMIX forecasts (PFCs) include nearly all common meteorological parameters measured by weather stations. For further information please refer to: [in German: https://www.dwd.de/DE/leistungen/met_verfahren_mosmix/met_verfahren_mosmix.html ] [in English: https://www.dwd.de/EN/ourservices/met_application_mosmix/met_application_mosmix.html ]

Model Output Statistics for Roth bei Prüm (K212)

Markt für Kaolin

technologyComment of kaolin production (RER, RoW): There exist two different processes for the production of market kaolin - a dry and a wet process. The first one - the dry process - is relatively simple but yields therefore also a lower quality product, reflecting the quality found in the crude kaolin. The wet process on the other hand side is used to produce filler and coating grades. It is this process that is modeled in this dataset. The most important four steps of the wet process are the following: - Mining: Nowadays most of kaolin mining is done in open pit mining. Depending on the composi-tion, either mining with shovels, draglines, motorized scrapers and front-end loaders is done (e.g. Georgia, USA) or mining with high-pressure hydraulic monitors (e.g. Cornwall, UK) is done. In the second case, a stream of water is washing out the fine particle kaolin and is leaving the coarse quartz and mica residues within the soil. - Mineral separation (degritting): Kaolin beeing a mineral, it is obvious that there are always also other minerals (the grit) in the kaolin deposits, which have to be separated. To separate two miner-als, either physical or chemical differences between the two substances are taken as base. In gen-eral, the mined kaolin is mixed therefore with water and a dispersing chemical to form a slurry that is then degritted (by e.g. rake classifiers, hydrocyclones or screens). - Kaolin benefication: When the separated kaolin fullfills not the specification asked a benefication process is added to improve e.g. the brightness (either by magnetic separation or by bleaching with ozone or hydrogen peroxide), the rheology (by blending different kaolins), the purity (either by blending or by magnetic separation) or the grain size distribution (again blending as a possibility). In this step, the producer is also deciding the form of delivery (bulk, powder, slurry). - Storage & transport: The storage is done either in silos (bulk and powder) or in tanks (slurries). Due to the fact that customers more and more apply for the 'just in time' principle, the storage ca-pacities of the producers are increasing and the transports are done more and more by lorry to the customer (more flexible than other means of transport). References: Hischier R. (2007) Life Cycle Inventories of Packagings & Graphical Papers. ecoinvent report No. 11. Swiss Centre for Life Cycle Inventories, Dübendorf, 2007.

Model Output Statistics for Hasloch/Main (Schirrhof) (P212)

Model Output Statistics for Rahden-Kleinendorf (H012)

Model Output Statistics for Reichshof-Eckenhagen (H612)

Model Output Statistics for Dahlem-Schmidtheim (H212)

Model Output Statistics for Moormerland-Neermoor (E212)

Markt für Wasserstoffperoxid, ohne Wasser, in 50%iger Lösung

technologyComment of hydrogen peroxide production, product in 50% solution state (RER): The most common technique for the production of hydrogen peroxide is the autooxidation (AO) or anthraquinone process. In a first step, hydrogen peroxide is produced by reducing alkylanthraquinone with hydrogen in the presence of a catalyst to the hydrochinone. Then the catalyst is removed and the hydrochinone is oxidised – usually with air – back to the origin quinone and in the same time hydrogen peroxide is produced. The quinones can then be re-hydrolysed again. The whole reaction takes place in a working solution that consists of a mixture of various solvents (i.e. parts are aromatic solvents). The whole process is exothermic. In a second step, hydrogen peroxide is extracted from the working solution and concentrated. Both steps are included in this dataset.

Staub & Co. Silbermann GmbH - Wesentliche Änderung der Anlage zur Lagerung von Wasserstoffperoxid und Mischungen

Die Staub & Co. Silbermann GmbH hat beim Landratsamt Augsburg die immissionsschutz-rechtliche Genehmigung gemäß § 16 BImSchG für die wesentliche Änderung der Anlage zur Lagerung von Wasserstoffperoxid und Mischungen (Lagertanks Nrn. 992, 26 und 28 in Gebäude 01 und 02) durch Kennzeichnungsänderung von Wasserstoffperoxid nach EU-Biozid-Verordnung) auf dem Betriebsgrundstück Flur-Nr. 555 der Gemarkung Gablingen beantragt. Die Errichtung und der Betrieb einer Anlage, die der Lagerung von 10 t bis hin zu 200 t von im Anhang 2 der 4. BImSchV genannten Stoffen dient (hier Wasserstoffperoxid, brandfördernd), ist der Nr. 9.3.3 der Anlage 1 zum UVPG zuzuordnen und in Spalte 2 mit „S“ gekennzeichnet. Für das geplante Vorhaben war deshalb im Rahmen des immissionsschutzrechtlichen Genehmigungsverfahrens vom Landratsamt Augsburg eine standortbezogene Vorprüfung zur Feststellung der UVP-Pflicht entsprechend den §§ 9 Abs. 2 und 4 i. V. m. § 7 Abs. 2 UVPG durchzuführen.

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