Clean technologies for sustainable environment — water, waste, energy for a circular economy (Q3904644): Difference between revisions
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Clean technologies for sustainable environment — water, waste, energy for a circular economy | |||||||||||||||
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The CCP Cleanamp;Circle project is focused on building an efficient modular infrastructure in the area of 1/Control, Treatment, Water Management; 2/Handling, recycling, recovery and disposal of solid waste; 3/Realisation of an energy and resource-efficient economy by obtaining renewable and alternative sources of energy, materials and resources; 4/Stimulate innovations in technologies for sustainable environment and circular economy 5/Development and realisation of the entrepreneurship of young professionals in the above areas. Partners in the CCP are: Sofia University, University of Architecture, Civil Engineering and Geodesy, University of Forestry, University of Burgas, I-t of Physical Chemistry, I-t of Organic Chemistry with Centre of Phytochemistry, I-t of Microbiology of the Bulgarian Academy of Sciences, Cleintech Bulgaria Foundation. Associated partners are: Sofia Municipality, Sofia Voda Company, Interplast BG Ltd., Energy Agency — Plovdiv, University of Modena-Italy. The center will be built of three vertical modules — Voddy, Solid Waste and Transfer and will have 4 horizontal priorities: ‘Eco-efficiency’: Developing innovations for the efficient exploitation of technologies; ‘Energy’: Obtaining renewable and alternative sources of energy; ‘Resource recovery’: Obtaining chemical elements and bio-raw materials from waste and waste water; ‘Alternative resources’: Obtaining new, composite and nanomaterials from waste. The CCP will carry out cutting-edge research into the creation of products, services and clean technologies with high resource and energy efficiency and significant economic, social and environmental added value in the Transfer module planning training, dissemination of results, transfer and commercialisation of technologies and technological entrepreneurship. Large-scale study and qualification programs are planned for students, business graduates and scientific institutions (English) | |||||||||||||||
| Property / summary: The CCP Cleanamp;Circle project is focused on building an efficient modular infrastructure in the area of 1/Control, Treatment, Water Management; 2/Handling, recycling, recovery and disposal of solid waste; 3/Realisation of an energy and resource-efficient economy by obtaining renewable and alternative sources of energy, materials and resources; 4/Stimulate innovations in technologies for sustainable environment and circular economy 5/Development and realisation of the entrepreneurship of young professionals in the above areas. Partners in the CCP are: Sofia University, University of Architecture, Civil Engineering and Geodesy, University of Forestry, University of Burgas, I-t of Physical Chemistry, I-t of Organic Chemistry with Centre of Phytochemistry, I-t of Microbiology of the Bulgarian Academy of Sciences, Cleintech Bulgaria Foundation. Associated partners are: Sofia Municipality, Sofia Voda Company, Interplast BG Ltd., Energy Agency — Plovdiv, University of Modena-Italy. The center will be built of three vertical modules — Voddy, Solid Waste and Transfer and will have 4 horizontal priorities: ‘Eco-efficiency’: Developing innovations for the efficient exploitation of technologies; ‘Energy’: Obtaining renewable and alternative sources of energy; ‘Resource recovery’: Obtaining chemical elements and bio-raw materials from waste and waste water; ‘Alternative resources’: Obtaining new, composite and nanomaterials from waste. The CCP will carry out cutting-edge research into the creation of products, services and clean technologies with high resource and energy efficiency and significant economic, social and environmental added value in the Transfer module planning training, dissemination of results, transfer and commercialisation of technologies and technological entrepreneurship. Large-scale study and qualification programs are planned for students, business graduates and scientific institutions (English) / rank | |||||||||||||||
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| Property / summary: The CCP Cleanamp;Circle project is focused on building an efficient modular infrastructure in the area of 1/Control, Treatment, Water Management; 2/Handling, recycling, recovery and disposal of solid waste; 3/Realisation of an energy and resource-efficient economy by obtaining renewable and alternative sources of energy, materials and resources; 4/Stimulate innovations in technologies for sustainable environment and circular economy 5/Development and realisation of the entrepreneurship of young professionals in the above areas. Partners in the CCP are: Sofia University, University of Architecture, Civil Engineering and Geodesy, University of Forestry, University of Burgas, I-t of Physical Chemistry, I-t of Organic Chemistry with Centre of Phytochemistry, I-t of Microbiology of the Bulgarian Academy of Sciences, Cleintech Bulgaria Foundation. Associated partners are: Sofia Municipality, Sofia Voda Company, Interplast BG Ltd., Energy Agency — Plovdiv, University of Modena-Italy. The center will be built of three vertical modules — Voddy, Solid Waste and Transfer and will have 4 horizontal priorities: ‘Eco-efficiency’: Developing innovations for the efficient exploitation of technologies; ‘Energy’: Obtaining renewable and alternative sources of energy; ‘Resource recovery’: Obtaining chemical elements and bio-raw materials from waste and waste water; ‘Alternative resources’: Obtaining new, composite and nanomaterials from waste. The CCP will carry out cutting-edge research into the creation of products, services and clean technologies with high resource and energy efficiency and significant economic, social and environmental added value in the Transfer module planning training, dissemination of results, transfer and commercialisation of technologies and technological entrepreneurship. Large-scale study and qualification programs are planned for students, business graduates and scientific institutions (English) / qualifier | |||||||||||||||
point in time: 3 December 2021
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Revision as of 06:21, 3 December 2021
Project Q3904644 in Bulgaria
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Clean technologies for sustainable environment — water, waste, energy for a circular economy |
Project Q3904644 in Bulgaria |
Statements
20,117,736.98 Bulgarian lev
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23,667,925.86 Bulgarian lev
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0.85 percent
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30 March 2018
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30 November 2023
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Проектът ЦК Cleanamp;Circle е фокусиран върху изграждането на ефективно функционираща инфраструктура на модулен принципи в областта на 1/ Контрол, пречистване, управление на води; 2/ Обработка, рециклиране, оползотворяване и обезвреждане на твърди отпадъци; 3/ Реализация на енергийно и ресурсно ефективна икономика чрез получаване на възобновяеми и алтернативни източници на енергия, материали и ресурси; 4/ Стимулиране на иновациите в технологиите за устойчива околна среда и кръгова икономика 5/ Развитие и реализация на предприемачеството на младите специалисти в горепосочените направления.Партньори в ЦК са: Софийски университет, Университет по архитектура, строителство и геодезия, Лесотехнически университет, Бургаски университет, И-т по физикохимия, И-т по органична химия с център по фитохимия, И-т по микробиология на БАН, Фондация „Клийнтех България“. Асоциирани партньори са: Столична община, Столично предприятие за третиране на отпадъци, Софийска вода АД, Интерпласт БГ ЕООД, Енергийна агенция – Пловдив, Университета в Модена-Италия.Центърът ще бъде изграден от три вертикални модула – „Води”, „Твърди отпадъци” и „Трансфер” и ще има 4 хоризонтални приоритета: „Екоефективност”: Разработване на иновации за ефективна експлоатация на технологиите; „Енергия”: Получаване на възобновяеми и алтернативни източници на енергия; „Възстановяване на ресурси”: Получаване на химични елементи и биосуровини от отпадъци и отпадъчни води; „Алтернативни ресурси”: Получаване на нови, композитни и наноматериали от отпадъци. В ЦК ще се извършват върхови научни изследвания за създаването на продукти, услуги и чисти технологии с висока ресурсна и енергийна ефективност и значима икономическа, социална и екологична добавена стойностВ модула „Трансфер” се планират обучение, разпространение на резултатите, трансфер и комерсиализация на технологиите и технологично предприемачество. Планират се мащабни учебни и квалификационни програми за студенти, специализанти от бизнеса и научни институции (Bulgarian)
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The CCP Cleanamp;Circle project is focused on building an efficient modular infrastructure in the area of 1/Control, Treatment, Water Management; 2/Handling, recycling, recovery and disposal of solid waste; 3/Realisation of an energy and resource-efficient economy by obtaining renewable and alternative sources of energy, materials and resources; 4/Stimulate innovations in technologies for sustainable environment and circular economy 5/Development and realisation of the entrepreneurship of young professionals in the above areas. Partners in the CCP are: Sofia University, University of Architecture, Civil Engineering and Geodesy, University of Forestry, University of Burgas, I-t of Physical Chemistry, I-t of Organic Chemistry with Centre of Phytochemistry, I-t of Microbiology of the Bulgarian Academy of Sciences, Cleintech Bulgaria Foundation. Associated partners are: Sofia Municipality, Sofia Voda Company, Interplast BG Ltd., Energy Agency — Plovdiv, University of Modena-Italy. The center will be built of three vertical modules — Voddy, Solid Waste and Transfer and will have 4 horizontal priorities: ‘Eco-efficiency’: Developing innovations for the efficient exploitation of technologies; ‘Energy’: Obtaining renewable and alternative sources of energy; ‘Resource recovery’: Obtaining chemical elements and bio-raw materials from waste and waste water; ‘Alternative resources’: Obtaining new, composite and nanomaterials from waste. The CCP will carry out cutting-edge research into the creation of products, services and clean technologies with high resource and energy efficiency and significant economic, social and environmental added value in the Transfer module planning training, dissemination of results, transfer and commercialisation of technologies and technological entrepreneurship. Large-scale study and qualification programs are planned for students, business graduates and scientific institutions (English)
3 December 2021
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България
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Identifiers
BG05M2OP001-1.002-0019
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