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Background information on the topic Bathwater Quality in the Landesportal

The following columns are included:

— ‘BADEGEWAESSERID’ — unique identifier of bathing water, see dataset master data — ‘measuring point name’ — name of the sampling point for bathing water — ‘MESSSTELLENID’ — ID of the sampling point for bathing water — ‘UEVERWEARING ARTID’ — ID of the type of sample — ‘UEVERWASCHUNGARTTEXT’ — description of the type of sample — ‘WAESSER CATEGORIE’ — Type of water body in which the bathing water is located — ‘Kuestengewaesser’ — associated coastal waters (North Sea or Baltic Sea) — ‘probeId’ — ID of the measurement (number) Time of measurement in the format DD.MM.YYYY hh:mm:ss or DD.MM.YYYYYY — ‘sample type’ — type of sample — ‘Ecoli’ — Number of E. coli in CFU/100ml — ‘INTEST_ENTEROKOKKEN’ — Number of Intestinal Enterococci in CFU/100ml — ‘water temp’ — water temperature in degrees Celsius during sampling — ‘air temp’ — air temperature in degrees Celsius during sampling — ‘visibility depth’ — depth of vision in meters during sampling — ‘Remark’ — Free text field

Character set is ISO-8859-1, column separator is pipe, string separator is the double quotation mark ("), decimal separator is the comma.

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For a complete view of bathing water quality in Schleswig-Holstein, these five data sets should be included:

— master data — qualification of bathing water quality — information on existing infrastructure — season duration — measures

Snapshot img { margin: 10px !important; } Outlook of the global water bath market

In this market research report, the analysts at Technavio have estimated the global water bath market to grow at a steady CAGR of nearly 6% by 2020. The advent of stringent regulations in the food processing industry will aid in the growth of this market over the next four years. Apart from high-performance liquid chromatography (HPLC) systems, gas chromatographs, water activity meters, and pH meters, water baths are among the five most essential pieces of equipment that are usually present in food testing laboratories. With food regulating authorities in several countries passing strict norms to ensure the quality of food products, the demand for water baths is anticipated to witness a stark increase until the end of 2020.

Technavio’s market research analyst has estimated the Americas to be the largest market for water baths during the forecast period. The high demand for water baths from countries like Brazil, Chile, and Mexico will result in the strong growth of this market in the Americas. However, the market share for this region is also anticipated to witness a slight decline by 2017 due to the rising adoption of bead baths.

Product-based segmentation of the water bath market

Circulating water bath
Non-circulating water bath
Shaking water bath

In this market research report, analysts have estimated the circulating water bath segment to account for more than 49%of the total market share by 2020. The augmented demand for circulating water baths from the microbiology, life sciences, and healthcare research segment will result in the strong growth of this market segment.

End-user segmentation of the water bath market

Chemical
Microbiology
Food processing
Protein engineering

The chemical industry segment will be the largest adopter of water baths during the forecast period. In this industry, the ability of water baths to aid in chemical, microbiology, food processing, protein engineering will result in its growing adoption during the predicted period.

Competitive landscape and key vendors

The global water bath market is primarily dominated the major players, which account for a significant share in the market. Since their market presence is strong, their support centers are spread throughout the globe. This allows the prominent vendors to cater to a larger market efficiently. Also, the market is highly competitive with all the players competing to gain a greater market share.

Key vendors in this market are -

Grant Instruments
Julabo
PolyScience
Sheldon Manufacturing
Thermo Fisher Scientific

Other prominent vendors in this market are Benchmark Scientific, Bibby Scientific, Boekel Scientific, BUCHI, C&A Scientific, Cannon Instrument Company, Carolina Biological Supply Company, Edvotek, Heidolph, Huber, Humboldt, IKA Works, Jeio Tech, LAUDA, Memmert, Revolutionary Science, Thomas Scientific, and VWR.

Key questions answered in the report include

What will the market size, market forecast and the growth rate be in 2020?
What are the key factors driving the global water bath market?
What are the key market trends impacting the growth of the global water bath market?
What are the challenges to market growth?
Who are the key vendors in the global water bath market?
What are the market opportunities and threats faced by the vendors in the global water bath market?
What are the trending factors affecting the market shares of Americas, APAC, Europe, and MEA?
What are the key outcomes of the five forces analysis of the global water bath market?

Technavio also offers customization on reports based on specific client requirement.

Related reports

Global Water Bath Market 2015 - 2019

Master data of bathing waters in Schleswig-Holstein

The following columns are included:

— ‘BADEGEWAESSERID’ — Generally valid bathing water identification code — ‘BADEGEWAESSERNAME’ — Full name of bathing water — ‘short name’ — short name of bathing water — ‘ALLGEMEIN_GEBRAEUCHL_NAME’ — common name of bathing water — ‘GEWAESSER CATEGORIE’ — Type of body of water in which the bathing water is located — ‘Kuestengewaesser’ — associated coastal waters (North Sea or Baltic Sea) — ‘BADEGEWAESSERTYP’ — bathing water status (existing or new) — ‘SURTHER DESCRIPTION’ — further description of bathing water — ‘BADESTELLENLAENGE’ — Length of the shoreline of the bathing site in meters — ‘EU RECOMMENDATION’ — Date of registration to the EU — ‘EU MEETING’ — Date of withdrawal from the EU — ‘FLUSSGEBIETSEINHEITID’ — ID of the river basin district to which the bathing water belongs; Reporting according to WFD The name of the river basin district to which the bathing water belongs; Reporting according to WFD — ‘WASSERKOERPERID’ — ID of the body of water to which the bathing water belongs; Reporting according to WFD — ‘WASSERKOERPERNAME’ — name of the body of water to which the bathing water belongs; Reporting according to WFD — ‘NATWASSERKOERPERID’ — ID of the national water unit to which bathing water belongs — ‘NATWASSERKOERPERNAME’ — Name of the national water unit to which bathing water belongs — ‘Schluesselwoerter’ — to search for bathing water in WISE (Water Information System for Europe) — ‘Kreisnr’ — internal number of the district or city responsible for monitoring bathing water — ‘district’ — Name of the district or city responsible for monitoring bathing water — ‘GEMINDENR’ — internal number of the municipality in which the bathing water is located — ‘municipality’ — name of the municipality in which the bathing water is located — ‘UTM_OST’ — Legal value of bathing water position in KBS (EPSG:4647, ETRS89/UTM zone N32) — ‘UTM_NORD’ — High bathing water position in KBS (EPSG:4647, ETRS89/UTM zone N32) — ‘GEOGR_LAENGE’ — Longitude of bathing water position in KBS (EPSG:4326, WGS 84) — ‘GEOGR_BREITE’ — Latitude of bathing water position in KBS (EPSG:4326, WGS 84) — ‘BADESTELLENINFORMATION’ — Tourist information on bathing water — ‘Exposures_AUF_BADEGEWAESSER’ — indication whether bathing water is susceptible to impairment — ‘MOEGLICHEBELTATIONS’ — indication of possible sources of pollution for bathing water

Character set is ISO-8859-1, column separator is semicolon, string separator is the double quote (").

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For a complete view of bathing water quality in Schleswig-Holstein, these five data sets should be included:

— master data — classification of bathing water quality — information on existing infrastructure — season duration — measurements

BackgroundSmartphone technology has enabled the creation of many working memory training (WMT) Apps, with those peer-reviewed described in a recent review. WMT claims to improve working memory, attention deficits, hyperactivity and fluid intelligence, in line with plasticity brain changes. Critics argue that WMT is unable to achieve “far-transfer”—the attainment of benefits to cognition from one taught context to another dissimilar context—associated with improved quality of life. However, brain changes after a course of WMT in frontoparietal and striatal circuits—that often occur prior to behavioral changes—may be a better indicator of far-transfer efficacy, especially to improve impulse control commonly dysregulated in those with addictive disorders, yet not commonly examined in WMT studies.MethodIn contrast to previous reviews, the aim here is to focus on the findings of brain imaging WMT training studies across various imaging modalities that use various paradigms, published via PubMed, Scopus, Medline, and Google Scholar.Results35 brain imaging studies utilized fMRI, structural imaging (MRI, DTI), functional connectivity, EEG, transcranial direct current stimulation (tDCS), cerebral perfusion, and neurogenetic analyses with tasks based on visuospatial and auditory working memory, dual and standard n-back.DiscussionEvidence suggests that repeated WMT reduces brain activation in frontoparietal and striatal networks reflective of increased neural circuitry efficiency via myelination and functional connectivity changes. Neural effects of WMT may persist months after training has ended, lead to non-trained task transfer, be strengthened by auxiliary methods such as tDCS and be related to COMT polymorphisms. WMT could be utilized as an effective, non-invasive intervention for working memory deficits to treat impulse and affective control problems in people with addictive disorders.

The South Korea market size for bath products reached a value of more than USD 350 million in 2023. The South Korea bath products industry is expected to grow at a CAGR of 2.10% between 2024 and 2032.

Bath toys pose an interesting link between flexible plastic materials, potable water, external microbial and nutrient contamination, and potentially vulnerable end-users. Here, we characterized biofilm communities inside 19 bath toys used under real conditions. In addition, some determinants for biofilm formation were assessed, using six identical bath toys under controlled conditions with either clean water prior to bathing or dirty water after bathing. All examined bath toys revealed notable biofilms on their inner surface, with average total bacterial numbers of 5.5?×?106?cells/cm2 (clean water controls), 9.5?×?106?cells/cm2 (real bath toys), and 7.3?×?107?cells/cm2 (dirty water controls). Bacterial community compositions were diverse, showing many rare taxa in real bath toys and rather distinct communities in control bath toys, with a noticeable difference between clean and dirty water control biofilms. Fungi were identified in 58% of all real bath toys and in all dirty water control toys. Based on the comparison of clean water and dirty water control bath toys, we argue that bath toy biofilms are influenced by (1) the organic carbon leaching from the flexible plastic material, (2) the chemical and biological tap water quality, (3) additional nutrients from care products and human body fluids in the bath water, as well as, (4) additional bacteria from dirt and/or the end-users' microbiome. The present study gives a detailed characterization of bath toy biofilms and a better understanding of determinants for biofilm formation and development in systems comprising plastic materials in contact with potable water.

The water bath market size reached US$ 184.0 Million in 2023 to reach US$ 264.1 Million by 2032 at a CAGR of 4% during 2024-2032.

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In Terms of Revenue, Water baths was the Leading segment with 52.12% Share of Total Keyword market.

Asia Pacific was the dominated region with 43.82% of total revenue market share. Increasing demand for laboratory equipment to maintain a constant temperature is the major driving factor for the growth of the baths and chillers market. Nowadays many lab procedures increasingly adapted bath water baths and chillers that must be performed at a specified temperature, where the temperature should be maintained for a length of time without fluctuation. Furthermore, the increasing adoption of chillers in a variety of applications such as chemicals, injection moulding, tools, food and beverage, lasers, machine tool, and semiconductors is anticipated to propel the demand for baths and chillers during the forecast period. Refrigerated water baths are the most demanding needs of applications that require refrigeration with circulation. These refrigerated chiller circulating baths can easily reach up to -30°C temperature and are easy to use. However, procedures that can be easily carried out in water baths with less precision may act as an obstructing factor in the growth of this market. In the forecast period, it seems that water baths will be replaced frequently by bead baths which offer a large number of benefits than water baths. In addition, water chillers are likely to evolve rapidly in the coming years, with the increased focus on creating units able to offer greater energy efficiency as well as offering increased temperature ranges and greater stability. This is expected to provide numerous opportunities for baths and chillers during the forecast period. Water baths comprise a container that heats or cools a bath of fluid to the required temperature. The samples are usually placed into the bath to be heated or cooled. Water baths and chillers are used to heat or cool liquid samples and maintain them at an ideal temperature. They are suitable for substances that cannot be exposed to direct heat such as flammable liquids or biological materials. Water baths and chillers can help in ensuring consistent maintenance activity thus providing reliable temperature and optimal performance.

Household water consumption varies greatly from appliance to appliance, with baths and washing machines consuming by far the most. A full bath in the United Kingdom uses an average of 80 liters of water, while showers are far less demanding. An electric shower uses just five liters per minute, with power showers slightly less efficient at 13 liters per minute.

Household water usage in the UK

The average water usage per person in England and Wales was 145 liters per day in financial year 2022, with a three-year rolling average of 146 liters per day. Water consumption varies depending on whether the customer has metered or un-metered water, with metered water consumption far lower than customers without a water meter.

Water bills

Combined household water and sewerage bills in England and Wales averaged 417 British pounds for the year ended March 2023. On average, customers of South West Water had the most expensive water and sewerage bills in the UK , at 506 British pounds. It is forecasted that bills from this utility will decrease for the year ending March 2022.

A perfluorocarbon nanodroplet formulation is shown to be an effective cavitation enhancement agent, enabling rapid and consistent fragmentation of genomic DNA in a standard ultrasonic water bath. This nanodroplet-enhanced method produces genomic DNA libraries and next-generation sequencing results indistinguishable from DNA samples fragmented in dedicated commercial acoustic sonication equipment, and with higher throughput. This technique thus enables widespread access to fast bench-top genomic DNA fragmentation.

According to hydrochemical analyses four different water types: bicarbonate dominant water (facies-I), sulfate dominant cold brine water (facies-II), sodiumbicarbonate dominant thermal water and thermal and mineralized water (facies-III), and sulfatechloride dominant thermal and mineralized water (facies-IV) observed in the study area. It is objected that the mineral content/salinity of the water is related to the ions that these waters dissolve from the minerals on the rocks during infiltration and circulation in the saturated zone. Gypsum cover units that exist on the granitoids in the region is the main factor for the ion increase in the facies III geothermal water similar to the cold brine water (facies II). By means of isotopic analyses the thermal springs (Dutlu bath spring, Ayas bath well, oban bath well and Kapullu bath spring) are of meteoric origin and receive recharge from precipitation in the Beypazari; granitoids and around gypseous formations with elevations of about 9501,150 m. On the other hand Karakaya bath well and Ilıca bath spring thermal water points are recharged from the Bilecik limestone hills, Tekke volcanics and Incedoruk Formations. It is observed that Karakoca mineral spring of thermal and mineralized water is recharged from out of the study area. The Ayas resort has been used for balneological purposes since 1892, and the facility currently operates as a spa as well as a physical therapy and rehabilitation center. This is also true for the Dutlu resort. The Coban bath was a spring site in 1970s; however the spring is currently dry. The water of the Karakoca mineral spring is sold in the market under the brand name of Beypazarı; mineral water.According to oxygen-18 (SO42-) and sulfur-34 (SO42-) contents, sulfate in water samples from Ayas and Dutlu resorts as well as Coban bath is derived from the gypsum of Kirmir Formation as the primary source. Sulfates of the Kapullu bath water and Karakoca mineral water originate from secondary sources such as pyrite oxidation and bacteriological reduction.Since 1892, Ayas geothermal waters put forwarded to be good for especially rheumatical problems, sciatica, orthopedic and gynaecologic issues balneologically. Now it has doing service with a modern facility and physical therapy center with 380 rooms and 1000 beds where Dutlu bath in the region giving service with 300 room and 700 bed capacity.

A single member household uses an average of 54 cubic meters of water annually in the United Kingdom. This figure almost doubled when there were two members per household and increased to approximately 191 cubic meters within a household of five. In terms of daily use, a single person household used an estimated 149 liters per day, with water usage amounting to 276 liters per day when two people lived at home. Baths consume the most water There are many household appliances that use water, such as dishwashers, washing machines or toilets, and each uses varying amounts. However, it is baths that use the largest quantity. On average, a bath consumes 80 liters of water per use. In comparison, a shower uses 46 liters per use. Household water bills The average household water bill in the UK differs from company to company. In 2018, customers of water supply and sewerage utility Wessex Water paid on average 245 British pounds for their water bill. This was the most expensive in the UK. Water bills were on average cheapest for customers of Southern Water, at an estimated 158 British pounds. Southern Water covers areas of East Kent, Sussex, Hampshire and the Isle of Wight.

Tablice dodane jako Supplementary Files do artykułu https://doi.org/10.1080/14614103.2018.1536500

Información sobre las infraestructuras disponibles en una zona de baño.

Información general sobre calidad del agua de baño en el Landesportal

Se incluyen las siguientes columnas:

— «BADEGEWAESSERID»: identificador único de las aguas de baño, véase datos principales del conjunto de datos «INFRASTRUKTURID» — Código de identificación del tipo de infraestructura — «infraestructura» — infraestructura textual

Se enumeran las siguientes instalaciones de infraestructura:

— 1 Baño sin supervisión — 2 Baño con el tiempo. Supervisión — 3 admisión — 4 literas sin sombra — 5 literas con sombra — 6 inodoros 7 duchas — 8 vestuarios — 9 estacionamientos sin cargo — 10 aparcamientos con tarifas — 11 Alquileres de canastas de playa — 12 campings 13 zona de barbacoa 14 Zona de juegos — 15 restaurante — 16 quioscos 17 remo — 18 pedales — 19 surf 20 velas — 21 playa nudista — 22 Playa de perros 23 WI-FI 24 TRANSPORTES PÚBLICOS 25 acceso sin barreras

Conjunto de caracteres es ISO-8859-1, separador de columnas es punto y coma, separador de cadena es la doble comilla (").

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Para una visión completa de la calidad de las aguas de baño en Schleswig-Holstein, estos cinco conjuntos de datos deben incluirse:

— datos principales — clasificación de la calidad de las aguas de baño — información sobre la infraestructura existente — duración de la temporada — mediciones

Klassificering av badvattenkvalitet

Bakgrundsinformation om badvattenkvalitet i Landesportal

Följande kolumner ska ingå:

— ”BADEGEWAESSERID” – unik badvattenidentifierare, se dataset masterdata — Värderingsperiodens första år — ”partication CEITRAUM_BIS” – värderingsperiodens sista år — ”INSTRUCTION_ODER_VORABERTING” – Klassificering som text i enlighet med artikel 5 i direktiv 2006/7/EG (EG-badvattendirektivet)

Följande klassificeringar är möjliga:

utmärkt (granska endast om klassificeringen ändras) — bra (översyn minst vart fjärde år) —tillräcklig (kontroll minst var tredje J) defekt (kontroll minst varannan J) — ändringar — nya — utan utvärdering

Teckenuppsättning är ISO-8859–1, kolumnseparator är semikolon, strängseparator är dubbelcitat (”).

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För en fullständig bild av badvattnets kvalitet i Schleswig-Holstein bör dessa fem datamängder ingå:

— huvuddata — klassificering av badvattenkvaliteten — information om befintlig infrastruktur — säsongens längd

— mätningar

Duur van het seizoen en informatie over de opening van de badzones in Sleeswijk-Holstein

Achtergrondinformatie over badwaterkwaliteit in het Landesportal

De volgende kolommen zijn opgenomen:

— „BADEGEWAESSERID” — unieke identificatiecode voor zwemwater, zie basisgegevens van de dataset

„Begin van het seizoen” — datum in DD.MM.JJJJ-formaat

— „einde seizoen” — datum in formaat DD.MM.JJJJ

— „gesloten” — vermelding of de badplaats gesloten is/was

Karakterset is ISO-8859-1, kolomscheider is puntkomma, string separator is de dubbele aanhaling (").

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Voor een volledig overzicht van de zwemwaterkwaliteit in Sleeswijk-Holstein moeten deze vijf gegevensreeksen worden opgenomen:

— mastergegevens

— classificatie zwemwaterkwaliteit

— informatie over bestaande infrastructuur

— seizoenduur

— metingen