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Scientific paper ID 1908 : 2020/1
CONSTRUCTION WASTE AS A MATERIAL IN CONSTRUCTION - PART OF THE CIRCULAR ECONOMY
Nikolay Kyuchukov The report deals with the problem of the demolition of buildings and structures, the sorting of construction waste at a construction site, and its transportation to recovery sites. Organization of sites for recovery and production of construction materials from construction waste.
Many natural resources are scarce and need to be found environmentally and economically sustainable in the way they are used. In addition, businesses have an economic interest in making the most efficient use of their resources. In the circular economy, the value of products and materials is maintained for as long as possible, waste generation and resource use are minimized and resources are retained in the economy when the product reaches the end of its life cycle and are repeatedly used to create added value. This model can create secure jobs in Europe, foster innovation that offers a competitive edge, and provide a level of protection for humans and the environment. This model replaces the traditional consumer model and balances economic development with environmental protection. It provides consumers with more durable and more innovative products that achieve financial savings and improve quality of life. The circular economy package is a set of legislative changes in the waste field aimed at improving waste management оползотворяване на строителни отпадъци преработване на строителни и промишлени отпадъци в строителни материали влагането им в строителството като част от кръговата икономика.Utilization of construction waste and its processing into construction materiNikolay Kyuchukov BIBLIOGRAPHY [1.] Zakon za upravlenie na otpadatsite “ dop. DV. br.81 ot 15 Oktomvri 2019. ( [1.] Закон за управление на отпадъците “ доп. ДВ. бр.81 от 15 Октомври 2019. ) [2.] Naredba za upravlenie na stroitelnite otpadatsi i za vlagane na retsiklirani stroitelni materiali“ Prieta s PMS № 267 ot 05.12.2017. ( [2.] Наредба за управление на строителните отпадъци и за влагане на рециклирани строителни материали“ Приета с ПМС № 267 от 05.12.2017. ) [3.] „Closed-loop recycling of construction and demolition waste in Germany in view of stricter environmental threshold values“ Marcel Weil, Udo Jeske July 2006 [4.] „Improving solid waste reduction and recycling performance using goal setting and feedback“ Helen Lingard, Guinever Gilbert, Peter Graham1 21Oct 2010 [5.] Nikolov V., Izpolzvane na shlaki za zemna osnova na patnata konstruktsiya, IV mezhdunarodna konferentsiya po geomehanika, Teoriya i praktika na geomehanikata za efektivnost na minnoto proizvodstvo v stroitelstvoto, 3-6 yuni 2010, Varna. ( [5.] Николов В., Използване на шлаки за земна основа на пътната конструкция, IV международна конференция по геомеханика, Теория и практика на геомеханиката за ефективност на минното производство в строителството, 3-6 юни 2010, Варна. ) [6.] Nikolov V., A. Dimitrova, K. Kostov, R. Ivanov, The Bulgarian experience in using slag in road construction”, 4th International SIIV Congress “Advantages in Transport Infrastructures and Stakeholders, Palermo, Italy, 12th-14th September, 2007. [7.] Nikolov V., I. Gadzhov, Rakovodstvo za proektirane na patishta,“T. Kableshkov“, 2010. ( [7.] Николов В., И. Гаджов, Ръководство за проектиране на пътища,“Т. Каблешков“, 2010. ) [8] Nikolov V., Proektirane i stroitelstvo na patishta, VTU „T. Kableshkov“, 2006, UDK 625.7(075.8) ( [8] Николов В., Проектиране и строителство на пътища, ВТУ „Т. Каблешков“, 2006, УДК 625.7(075.8) ) [9] Nikolov V., Todorov S., Patishta i zhelezopatni linii, Sofiya, izd. VTU "T. Kableshkov", ISBN: 978-954-12-0205-0, 2011 ( [9] Николов В., Тодоров С., Пътища и железопътни линии, София, изд. ВТУ "Т. Каблешков", ISBN: 978-954-12-0205-0, 2011 ) [10.] Valkov R., Bezopasnost na truda v stroitelstvoto, VTU „T. Kableshkov“, 2011. ( [10.] Вълков Р., Безопасност на труда в строителството, ВТУ „Т. Каблешков“, 2011. ) |
