Q2727803 (Q2727803): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): Based on the identified need for clean water and energy and evaluating waste, the project aims to develop an innovative water treatment and energy generation system. For this purpose a new composite material (NCM), based on semiconductor materials and graphene oxide derived from the use of pyrolysis wastes, active under solar radiation, shall be used. The reactor system design enables efficient separation of hydrogen generated during water purif...) |
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Based on the identified need for clean water and energy and evaluating waste, the project aims to develop an innovative water treatment and energy generation system. For this purpose a new composite material (NCM), based on semiconductor materials and graphene oxide derived from the use of pyrolysis wastes, active under solar radiation, shall be used. The reactor system design enables efficient separation of hydrogen generated during water purification. The project contributes to the advancement of the state of science, the strengthening of development capacity for the economy and allows for the transfer of knowledge and technologies. (English) | |||||||||||||||
| Property / summary: Based on the identified need for clean water and energy and evaluating waste, the project aims to develop an innovative water treatment and energy generation system. For this purpose a new composite material (NCM), based on semiconductor materials and graphene oxide derived from the use of pyrolysis wastes, active under solar radiation, shall be used. The reactor system design enables efficient separation of hydrogen generated during water purification. The project contributes to the advancement of the state of science, the strengthening of development capacity for the economy and allows for the transfer of knowledge and technologies. (English) / rank | |||||||||||||||
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| Property / summary: Based on the identified need for clean water and energy and evaluating waste, the project aims to develop an innovative water treatment and energy generation system. For this purpose a new composite material (NCM), based on semiconductor materials and graphene oxide derived from the use of pyrolysis wastes, active under solar radiation, shall be used. The reactor system design enables efficient separation of hydrogen generated during water purification. The project contributes to the advancement of the state of science, the strengthening of development capacity for the economy and allows for the transfer of knowledge and technologies. (English) / qualifier | |||||||||||||||
point in time: 3 June 2021
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Revision as of 09:44, 3 June 2021
Project Q2727803 in Croatia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q2727803 in Croatia |
Statements
5,819,355.86 Croatian kuna
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6,998,795.12 Croatian kuna
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85.0 percent
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20 December 2019
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20 December 2022
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Fakultet kemijskog inženjerstva i tehnologije, Sveučilište u Zagrebu
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45°50'5.46"N, 15°58'14.74"E
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10000
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Temeljem prepoznate potrebe za čistom vodom i energijom te vrednovanjem otpada cilj projekta je razviti inovativni sustav za pročišćavanje vode i dobivanje energije. U tu svrhu koristi se novi kompozitni materijal (NKM), na bazi poluvodičkih materijala i grafen-oksida dobivenog korištenjem otpada iz pirolize biomase, aktivan pod Sunčevim zračenjem. Dizajn reaktorskog sustava omogućava učinkovitu separaciju vodika nastalog tijekom pročišćavanja vode. Projekt doprinosi napretku stanja znanosti, jačanju razvojnih kapaciteta za potrebe gospodarstva te omogućava transfer znanja i tehnologija. (Croatian)
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Based on the identified need for clean water and energy and evaluating waste, the project aims to develop an innovative water treatment and energy generation system. For this purpose a new composite material (NCM), based on semiconductor materials and graphene oxide derived from the use of pyrolysis wastes, active under solar radiation, shall be used. The reactor system design enables efficient separation of hydrogen generated during water purification. The project contributes to the advancement of the state of science, the strengthening of development capacity for the economy and allows for the transfer of knowledge and technologies. (English)
3 June 2021
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Identifiers
KK.01.1.1.04.0001
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