Uuring hallvee kasutusele võtmiseks akvapoonilises süsteemis
Laen...
Kuupäev
2023
Kättesaadav alates
08.09.2023
Autorid
Ajakirja pealkiri
Ajakirja ISSN
Köite pealkiri
Kirjastaja
Eesti Maaülikool
Abstrakt
Puhta joogivee nappuses kannatavad paljud Euroopa riigid, kaasa-arvatud Eesti mõningad
piirkonnad suvekuudel.
Magistritöö eesmärk on projekteerida Interreg Transfarmi projekti (TRANSborder
cooperation for circular soil-less FARMing) tarbeks Eesti Maaülikooli spordihoonesse
katseseade, mille abil saadakse hallveest taasksutusvesi, uuritakse ja katsetatakse hallvee
taaskasutamise võimalusi akvapoonilise süsteemi veega varustamisel.
Magistritöö koostamise käigus mõõdistati katseseadme asukohaks valitud ruum ning
koguti projekteerimiseks vajalikud lähteandmed. Saadud andmete põhjal projekteeriti
hallvee kogumissüsteem ja valiti hallveepuhastusseade ning projekteeriti akvapooniline
süsteem. Projekteeritud akvapoonililises süsteemis on kavandatud kasutada hallvee
puhastamisel saadud taaskasutusvett.
Magistritöö koostamise käigus ehitati ja testiti esimest osa katseseadmest, et veenduda
hallvee puhastamise tulemusel saadava taaskasutusvee sobivuses kasutamiseks
akvapoonilises süsteemis.
Tulemustest selgus, et puhastatud hallvesi sobib kasutamiseks akvapoonilises süsteemis.
Many European countries, including some parts of Estonia, suffer from a shortage of clean drinking water especially during summer months. The aim of the master´s thesis is to design a pilot plant for the Interreg Transfarm project (TRANSborder cooperation for circular soil-less FARMing) in the sports building of the Estonian University of Life Sciences, which will be used to produce greywater reuse water, to study and test the possibilities of greywater reuse in aquaponic systems. During the preparation of the thesis, the space chosen for the test facility was surveyed and the basic design data were collected. On the basis of the data obtained, a greywater collection system was designed, a greywater treatment unit was selected and an aquaponic system was designed. The designed aquaponic system is designed to use the recycled water from greywater treatment. During the preparation of the thesis, the first part of the pilot plant was built and tested to verify the suitability of the recycled water from greywater treatment for use in the aquaponic system. The results showed that the purified greywater is suitable for use in an aquaponic system.
Many European countries, including some parts of Estonia, suffer from a shortage of clean drinking water especially during summer months. The aim of the master´s thesis is to design a pilot plant for the Interreg Transfarm project (TRANSborder cooperation for circular soil-less FARMing) in the sports building of the Estonian University of Life Sciences, which will be used to produce greywater reuse water, to study and test the possibilities of greywater reuse in aquaponic systems. During the preparation of the thesis, the space chosen for the test facility was surveyed and the basic design data were collected. On the basis of the data obtained, a greywater collection system was designed, a greywater treatment unit was selected and an aquaponic system was designed. The designed aquaponic system is designed to use the recycled water from greywater treatment. During the preparation of the thesis, the first part of the pilot plant was built and tested to verify the suitability of the recycled water from greywater treatment for use in the aquaponic system. The results showed that the purified greywater is suitable for use in an aquaponic system.
Kirjeldus
Magistritöö
Vesiehituse ja veekaitse õppekaval
Märksõnad
magistritööd, hallvesi, taaskasutusvesi, akvapoonika, Roheline Ülikool (töö toetab EMÜ Rohelise Ülikooli põhimõtteid), loodusvarad, veevarud, loodusvarade kaitse, jätkusuutlikkus, säästev areng