Development of inland and rainwater facilities in Herend (Q3949552): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: add summary) |
(Changed an Item: Adding English translations) |
||||||||||||||
| Property / summary | |||||||||||||||
The need for development is based on the fact that the current system of drainage of inland rainwater is not capable of adequately managing and discharging the increased amount of water, which threatens the inland facilities, reduces the quality of life in the city area and results in significant financial damage, which is burdened both by the local government and the affected population and economic organisations. Due to the terrain conditions, the high intensity rains flow on the asphalt roads due to rapid accumulation, which the concentrated sinkholes cannot accommodate, and the already saturated land cannot ensure the drainage of the water effluent from the rainwater drainage system that has deteriorated in its consistency. The area of Herend belongs to the porous shallow, mountain cold karst category, which should be protected. It is essential to reduce the flow of contaminated surface water into the subsoil, i.e. karst water. This is the aim of reducing the level of groundwater by building a drainage network, catching the contamination with sediment traps, and maintaining the ecological status of the upper section of the Séd. We only intervene in the existing primordial bed of the watercourse where the protection of property requires it. The main problem in Herend city is the high groundwater level, and reducing it is the most important task. Gardens and gates that are uncultivatable, or can only be cultivated in case of favorable weather, greatly impair the well-being and mood of the population, and the lack of drainage creates discord among the neighbors. At municipal level, however, high groundwater levels are more problematic because the infiltration and infiltration of the old sewer sections are very high, which is even increased by illegal connections to the population. We did not even talk about the impact of the showers at the time when the load on the sewage plant is significantly increased. It would be easier to comply with and enforce drainage regulations with well-established and functioning sewerage systems. It is very important to install sediment traps in the rainwater drainage network. Their primary role is to break water energy and to retain water. At the same time, these facilities can also ensure the retention of contaminated water in the event of a force majeure event. (oil flow, chemical spill, etc.) The sediment trap is built on connections into closed channels, but several small artifacts can be incorporated into the open ditch. During the planning, we continually agreed with the chief architect of Herend City. The plans fit in all aspects with the settlement plan of the town of Herend. Formulation of the need for development: On 17 May 2010, as well as during the storms of 2013, 2014 and 2018, the heavy rainfall caused serious problems in both the internal and the outskirts of the city. On the outskirts of the fishing lakes near the Majolika factory, the raised water level threatened the fishing nurseries, as well as at the railway passage of Séd stream 51+ 150, the flood flooding caused the flooding to flood the farmland due to its swelling. The run-off was not hampered by the debris washed by the floods, but by the logs carried by the water, which blocked the passages. In the interior, sandbag protection was needed on the trail of the Táncsics Mihály street guide, but this did not prevent the flooding of the properties. The canal in Táncsics Mihály Street caused flooding for several reasons. On the one hand, the water carrying capacity of the closed pipeline was insufficient and, on the other hand, the two-fold failure caused a drainage barrier. The underground garage of the 180/8 residential building was flooded with water, and the lands of 180/14 and 180/15 had to be protected from flooding with temporary sandbags. Removing flooding improves the state of the environment in terms of both green surfaces and low-observation soil protection. The appreciating environment increases the value of both dwellings and other properties. For dozens of properties affected by direct flooding, significant damage can be prevented, which previously required the withdrawal and intervention of disaster management or even local professionals. The resources for this can also be used in the future for purposes directly conducive to development. (English) | |||||||||||||||
| Property / summary: The need for development is based on the fact that the current system of drainage of inland rainwater is not capable of adequately managing and discharging the increased amount of water, which threatens the inland facilities, reduces the quality of life in the city area and results in significant financial damage, which is burdened both by the local government and the affected population and economic organisations. Due to the terrain conditions, the high intensity rains flow on the asphalt roads due to rapid accumulation, which the concentrated sinkholes cannot accommodate, and the already saturated land cannot ensure the drainage of the water effluent from the rainwater drainage system that has deteriorated in its consistency. The area of Herend belongs to the porous shallow, mountain cold karst category, which should be protected. It is essential to reduce the flow of contaminated surface water into the subsoil, i.e. karst water. This is the aim of reducing the level of groundwater by building a drainage network, catching the contamination with sediment traps, and maintaining the ecological status of the upper section of the Séd. We only intervene in the existing primordial bed of the watercourse where the protection of property requires it. The main problem in Herend city is the high groundwater level, and reducing it is the most important task. Gardens and gates that are uncultivatable, or can only be cultivated in case of favorable weather, greatly impair the well-being and mood of the population, and the lack of drainage creates discord among the neighbors. At municipal level, however, high groundwater levels are more problematic because the infiltration and infiltration of the old sewer sections are very high, which is even increased by illegal connections to the population. We did not even talk about the impact of the showers at the time when the load on the sewage plant is significantly increased. It would be easier to comply with and enforce drainage regulations with well-established and functioning sewerage systems. It is very important to install sediment traps in the rainwater drainage network. Their primary role is to break water energy and to retain water. At the same time, these facilities can also ensure the retention of contaminated water in the event of a force majeure event. (oil flow, chemical spill, etc.) The sediment trap is built on connections into closed channels, but several small artifacts can be incorporated into the open ditch. During the planning, we continually agreed with the chief architect of Herend City. The plans fit in all aspects with the settlement plan of the town of Herend. Formulation of the need for development: On 17 May 2010, as well as during the storms of 2013, 2014 and 2018, the heavy rainfall caused serious problems in both the internal and the outskirts of the city. On the outskirts of the fishing lakes near the Majolika factory, the raised water level threatened the fishing nurseries, as well as at the railway passage of Séd stream 51+ 150, the flood flooding caused the flooding to flood the farmland due to its swelling. The run-off was not hampered by the debris washed by the floods, but by the logs carried by the water, which blocked the passages. In the interior, sandbag protection was needed on the trail of the Táncsics Mihály street guide, but this did not prevent the flooding of the properties. The canal in Táncsics Mihály Street caused flooding for several reasons. On the one hand, the water carrying capacity of the closed pipeline was insufficient and, on the other hand, the two-fold failure caused a drainage barrier. The underground garage of the 180/8 residential building was flooded with water, and the lands of 180/14 and 180/15 had to be protected from flooding with temporary sandbags. Removing flooding improves the state of the environment in terms of both green surfaces and low-observation soil protection. The appreciating environment increases the value of both dwellings and other properties. For dozens of properties affected by direct flooding, significant damage can be prevented, which previously required the withdrawal and intervention of disaster management or even local professionals. The resources for this can also be used in the future for purposes directly conducive to development. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The need for development is based on the fact that the current system of drainage of inland rainwater is not capable of adequately managing and discharging the increased amount of water, which threatens the inland facilities, reduces the quality of life in the city area and results in significant financial damage, which is burdened both by the local government and the affected population and economic organisations. Due to the terrain conditions, the high intensity rains flow on the asphalt roads due to rapid accumulation, which the concentrated sinkholes cannot accommodate, and the already saturated land cannot ensure the drainage of the water effluent from the rainwater drainage system that has deteriorated in its consistency. The area of Herend belongs to the porous shallow, mountain cold karst category, which should be protected. It is essential to reduce the flow of contaminated surface water into the subsoil, i.e. karst water. This is the aim of reducing the level of groundwater by building a drainage network, catching the contamination with sediment traps, and maintaining the ecological status of the upper section of the Séd. We only intervene in the existing primordial bed of the watercourse where the protection of property requires it. The main problem in Herend city is the high groundwater level, and reducing it is the most important task. Gardens and gates that are uncultivatable, or can only be cultivated in case of favorable weather, greatly impair the well-being and mood of the population, and the lack of drainage creates discord among the neighbors. At municipal level, however, high groundwater levels are more problematic because the infiltration and infiltration of the old sewer sections are very high, which is even increased by illegal connections to the population. We did not even talk about the impact of the showers at the time when the load on the sewage plant is significantly increased. It would be easier to comply with and enforce drainage regulations with well-established and functioning sewerage systems. It is very important to install sediment traps in the rainwater drainage network. Their primary role is to break water energy and to retain water. At the same time, these facilities can also ensure the retention of contaminated water in the event of a force majeure event. (oil flow, chemical spill, etc.) The sediment trap is built on connections into closed channels, but several small artifacts can be incorporated into the open ditch. During the planning, we continually agreed with the chief architect of Herend City. The plans fit in all aspects with the settlement plan of the town of Herend. Formulation of the need for development: On 17 May 2010, as well as during the storms of 2013, 2014 and 2018, the heavy rainfall caused serious problems in both the internal and the outskirts of the city. On the outskirts of the fishing lakes near the Majolika factory, the raised water level threatened the fishing nurseries, as well as at the railway passage of Séd stream 51+ 150, the flood flooding caused the flooding to flood the farmland due to its swelling. The run-off was not hampered by the debris washed by the floods, but by the logs carried by the water, which blocked the passages. In the interior, sandbag protection was needed on the trail of the Táncsics Mihály street guide, but this did not prevent the flooding of the properties. The canal in Táncsics Mihály Street caused flooding for several reasons. On the one hand, the water carrying capacity of the closed pipeline was insufficient and, on the other hand, the two-fold failure caused a drainage barrier. The underground garage of the 180/8 residential building was flooded with water, and the lands of 180/14 and 180/15 had to be protected from flooding with temporary sandbags. Removing flooding improves the state of the environment in terms of both green surfaces and low-observation soil protection. The appreciating environment increases the value of both dwellings and other properties. For dozens of properties affected by direct flooding, significant damage can be prevented, which previously required the withdrawal and intervention of disaster management or even local professionals. The resources for this can also be used in the future for purposes directly conducive to development. (English) / qualifier | |||||||||||||||
point in time: 9 February 2022
| |||||||||||||||
Revision as of 13:55, 9 February 2022
Project Q3949552 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of inland and rainwater facilities in Herend |
Project Q3949552 in Hungary |
Statements
84,202,628 forint
0 references
255,753.844 Euro
0.0027336256 Euro
15 December 2021
0 references
93,558,475.556 forint
0 references
89.999994 percent
0 references
1 September 2020
0 references
31 March 2022
0 references
HEREND VÁROS ÖNKORMÁNYZATA
0 references
47°9'10.12"N, 17°44'34.19"E
0 references
A fejlesztési szükségszerűséget az alapozza meg, hogy a jelenlegi belterületi csapadékvíz elvezető rendszer nem képes a megnövekedett vízmennyiség megfelelő kezelésére, és elvezetésére, ami a belterületi létesítményeket veszélyezteti, a városrészben az életminőséget rontja, és jelentős anyagi károkat eredményez, amely az önkormányzatot és az érintett lakosságot, gazdasági szervezeteket egyaránt terheli. A domborzati viszonyok miatt a nagy intenzitású esők a gyors összegyülekezés miatt az aszfalt utakon komoly mennyiségben folynak le, melyet a koncentrált víznyelők nem bírnak befogadni, és az amúgy is telített föld nem bírja az állagában megromlott csapadékvíz-elvezető rendszerből kifolyó vizek elvezetését biztosítani. Herend területe a porózus sekély, hegyvidéki hideg karszt kategóriába tartozik, amit védeni kell. Mindenképpen fontos a szennyezett felszíni víz altalajba, tehát a karsztvízbe jutásának csökkentése. Ezt célozza a talajvíz szintjének csökkentése az elvezető hálózat kiépítésével, a szennyeződés megfogása a hordalékfogó aknákkal, és ezt szolgálja a Séd felső szakasz ökológiai állapotának fenntartása is. Csak ott avatkozunk be a vízfolyás meglévő ősállapotú medrébe, ahol a vagyonvédelem ezt igényli. Herend város területén első sorban a magas talajvízszint okoz problémát és ennek csökkentése a legfontosabb feladat. A megművelhetetlen, vagy csak kedvező időjárás esetén művelhető kertek, porták nagymértékben rontják a lakosság közérzetét, hangulatát, a vízelvezetés hiánya viszályt szül a szomszédok között. Önkormányzati szinten azonban azért jelent nagyobb gondot a magas talajvízszint, mert a régen épült szennyvízcsatorna szakaszokon nagyon magas a beszivárgás, az infiltráció, amit még növel az illegális rákötésekkel a lakosság is. Akkor még nem is beszéltünk a záporok hatásáról, amikor lényegesen megnövekszik a szennyvíztelep terhelése. Megfelelően kiépített és működő csatornahálózat mellett könnyebb lenne betartani és betartatni a vízelvezetésre vonatkozó előírásokat. Nagyon fontos, hogy a csapadékvíz elvezető hálózatba hordalékfogó aknákat kell beépíteni. Ezeknek elsődleges szerepe a víz energiájának megtörése, a víz visszatartása. Ugyanakkor ezek a létesítmények biztosítani tudják a szennyezett víz visszatartását is egy vis maior esemény esetén. (olajfolyás, vegyi anyag kiömlés, stb.) A hordalékfogó a zárt csatornákba történő bekötéseknél épül, de a nyílt árkokba több kisebb műtárgy is beépíthető. A tervezés során folyamatosan egyeztettünk Herend Város főépítészével. A tervek minden szempontból illeszkednek Herend Város Településrendezési tervéhez. A fejlesztési szükségszerűségének megfogalmazása: 2010. május 17-én, továbbá a 2013, a 2014 és a 2018. évi záporok idején leesett nagy mennyiségű csapadék komoly problémát okozott a város bel- és külterületi részein egyaránt. Külterületen a Majolikagyár melletti horgásztavaknál a megemelkedett vízszint fenyegette a horgásztanyákat, valamint a Séd patak 51+150 szelvényében lévő vasúti átereszénél, annak visszaduzzasztása miatt öntött el mezőgazdasági területeket az árhullám. A lefolyást nem az árvíz által lemosott hordalék, hanem a rengeteg uszadék, a víz által szállított farönkök akadályozták, ami az átereszeket eltorlaszolta. Belterületen a Táncsics Mihály úti levezető nyomvonalán minden alkalommal szükség volt homokzsákos védekezésre, de ezzel az ingatlanok elöntését mégsem sikerült megakadályozni. A csatorna Táncsics Mihály utcában több ok miatt okozott elöntést. Egyrészt a zárt csővezeték vízszállító képessége nem volt elégséges, másrészt a kétszeri iránytörés okozott levezetési akadályt. A 180/8 hrsz. lakóház mélygarázsát elöntötte a víz, a 180/14 és 180/15 hrsz. telkeket pedig homokzsákos ideiglenes töltéssel kellett védeni az elöntéstől. Az elöntések megszüntetésével javul a környezet állapota, mind a zöldfelületek, mind a kevéssé feltűnő talaj védelme szempontjából. A felértékelődő környezet mind a lakások, mind az egyéb ingatlanok értékét növeli. A közvetlen elöntéssel érintett, több tucat ingatlan esetében pedig jelentős károkozás előzhető meg, ami korábban igényelte a katasztrófavédelem, vagy akár csak a helyi szakemberek kivonulását, beavatkozását. Ennek a forrásai is a fejlődést közvetlenül elősegítő célokra fordíthatók a jövőben. (Hungarian)
0 references
The need for development is based on the fact that the current system of drainage of inland rainwater is not capable of adequately managing and discharging the increased amount of water, which threatens the inland facilities, reduces the quality of life in the city area and results in significant financial damage, which is burdened both by the local government and the affected population and economic organisations. Due to the terrain conditions, the high intensity rains flow on the asphalt roads due to rapid accumulation, which the concentrated sinkholes cannot accommodate, and the already saturated land cannot ensure the drainage of the water effluent from the rainwater drainage system that has deteriorated in its consistency. The area of Herend belongs to the porous shallow, mountain cold karst category, which should be protected. It is essential to reduce the flow of contaminated surface water into the subsoil, i.e. karst water. This is the aim of reducing the level of groundwater by building a drainage network, catching the contamination with sediment traps, and maintaining the ecological status of the upper section of the Séd. We only intervene in the existing primordial bed of the watercourse where the protection of property requires it. The main problem in Herend city is the high groundwater level, and reducing it is the most important task. Gardens and gates that are uncultivatable, or can only be cultivated in case of favorable weather, greatly impair the well-being and mood of the population, and the lack of drainage creates discord among the neighbors. At municipal level, however, high groundwater levels are more problematic because the infiltration and infiltration of the old sewer sections are very high, which is even increased by illegal connections to the population. We did not even talk about the impact of the showers at the time when the load on the sewage plant is significantly increased. It would be easier to comply with and enforce drainage regulations with well-established and functioning sewerage systems. It is very important to install sediment traps in the rainwater drainage network. Their primary role is to break water energy and to retain water. At the same time, these facilities can also ensure the retention of contaminated water in the event of a force majeure event. (oil flow, chemical spill, etc.) The sediment trap is built on connections into closed channels, but several small artifacts can be incorporated into the open ditch. During the planning, we continually agreed with the chief architect of Herend City. The plans fit in all aspects with the settlement plan of the town of Herend. Formulation of the need for development: On 17 May 2010, as well as during the storms of 2013, 2014 and 2018, the heavy rainfall caused serious problems in both the internal and the outskirts of the city. On the outskirts of the fishing lakes near the Majolika factory, the raised water level threatened the fishing nurseries, as well as at the railway passage of Séd stream 51+ 150, the flood flooding caused the flooding to flood the farmland due to its swelling. The run-off was not hampered by the debris washed by the floods, but by the logs carried by the water, which blocked the passages. In the interior, sandbag protection was needed on the trail of the Táncsics Mihály street guide, but this did not prevent the flooding of the properties. The canal in Táncsics Mihály Street caused flooding for several reasons. On the one hand, the water carrying capacity of the closed pipeline was insufficient and, on the other hand, the two-fold failure caused a drainage barrier. The underground garage of the 180/8 residential building was flooded with water, and the lands of 180/14 and 180/15 had to be protected from flooding with temporary sandbags. Removing flooding improves the state of the environment in terms of both green surfaces and low-observation soil protection. The appreciating environment increases the value of both dwellings and other properties. For dozens of properties affected by direct flooding, significant damage can be prevented, which previously required the withdrawal and intervention of disaster management or even local professionals. The resources for this can also be used in the future for purposes directly conducive to development. (English)
9 February 2022
0 references
Herend, Veszprém
0 references
Identifiers
TOP-2.1.3-16-VE1-2019-00025
0 references