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EN
The municipalities in Slovakia have a duty to separate biodegradable municipal waste (BDMW) from family houses. This duty can be achieved by home composting or by collection of green waste in bio-bins, which are regularly emptied by a collection company. The collected waste is recycled in a composting plant. The conducted research was focused on identifying the composition of the collected green waste and comparing the environmental behaviour of residents in villages and towns. The analyses conducted showed that the separated BDMW from the urban population has a higher rate of contamination, but a lower rate of compostable kitchen waste compared to the residents in villages.
EN
The subject of the studies were waste generated in suburban households, in 3-bag system. The sum of wastes generated during the four analyzed seasons (spring, summer, autumn, winter – 1 year), in the households under study, per 1 person, amounted to 170,3 kg (in wet mass basis). For 1 person, most domestic waste was generated in autumn – 45,5 kg per capita and the least in winter – 39,0 kg per capita. The analysis performed of sieved composition (size fraction) showed that fractions: >100 mm, 40–100 mm, 20–40 mm constituted totally 80% of the mass of wastes (average in a year). The lowest fraction (<10 mm), whose significant part constitutes ashes, varied depending on the season of year: from 3.5% to 12.8%. In the morphological composition of the households analyzed (on average in 4 seasons), biowastes totally formed over 53% of the whole mass of wastes. A significant part of waste generated were also glass waste (10,7% average per year) and disposable nappies (8,3% average per year). The analysis of basic chemical components of biowastes showed that in case of utilizing them for production of compost, it would be necessary to modify (correct) the ratios C/N and C/P. Analysis of the chemical composition showed that the biowastes were characterized by very high moisture content and neutral pH.
EN
The objective of the study was to identify system changes in waste management, including qualitative and quantitative changes in the Łososina Dolna County between 2012 and 2014, taking into account eleven waste streams in the period before and after the introduction of these changes on the level of the county. Differences in the county’s tasks with respect to municipal waste management, which became clear after the changes, were shown along with their impact on the effectiveness of the assigned tasks related to taking over the obligations of waste collection by property owners. On this basis, a 10% growth in the quantity of collected municipal waste was noticed after the changes, as well as a 4% growth in recycled materials, in particular plastic. A drop on the level of 8.5% in the collected mixed municipal waste was considered favourable; however, a drop in the share of glass waste amounting to 5.28% and was considered as negative. In spite of the introduced changes in the municipal waste stream, the share of non-segregated waste of over 67.55% remained significant. The year of changes was characterised by relatively low value of waste accumulation index on the level of 0.26 kg∙ M-1∙day-1. The aim of the study was to assess the efficiency of municipal waste management in the Łososina Dolna County in comparison to system changes in waste management introduced at the end of the first and the beginning of the second half of 2013.
EN
Waste management requires reliable waste generation. The generation of waste and the amount of waste estimated based on facts are the factors that can influence it. The ways to reduce the environmental impacts on waste management include planned prevention by processing methods based on the waste features that are processed at designated locations. Factors such as behaviour, culture, energy sources, economic development and climate have impact on the composition of waste. The composition has a great effect on the need for collecting a lot of waste or less from the collection and disposition of waste. The purpose of this study was to analyse and find the main obstacles regarding the composition of waste under warm climate conditions. The results of this study allow the main contents of planned waste management to be established. This also includes advising all residents about how to minimise waste, a recycling scheme that is expanded on the roadside and relationships with stakeholders.
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tom nr 3
3593--3601
PL
Opisano zebrane dane literaturowe dotyczące problemów ekologistycznych w Polsce po zmianie przepisów w 2013 r. Zebrano i opracowano w postaci tabel i wykresów dostępne dane z dokumentów GUS i UE. Następnie przedstawiono zebrane w toku prowadzonych badań dane z wybranych gmin, z terenu Polski. Badania miały na celu zweryfikowanie danych statystycznych z rzeczywistymi w kontekście prowadzenia współpracy z przemysłem B+R. Ilość odpadów segregowanych i odzyskiwanych w sposób systematyczny rośnie. Wskaźnik ten zazwyczaj podaje się w przeliczeniu na mieszkańca – i tak w Polsce wynosił on za 2013 rok 320 kg/miesiąc/mieszkaniec wybranej gminy.
EN
Described collected literature data on problems ekologistycznych in Poland after the change in legislation in 2013 were collected and compiled in the form of tables and graphs available data from the Central Statistical Office documents and the EU. Then presents collected during the research data of the selected municipalities from Polish. The study aimed to verify the statistical data in the context of the actual conduct of collaboration with industry R & D. The amount of waste sorted and recycled in a systematic way to grow. This ratio is usually administered per capita - and so he was in Poland for 2013 years 320 kg / month / resident of the municipality.
PL
Odpady komunalne zawsze stanowiły i nadal stanowią duży problem. Konieczne jest znalezienie takich sposobów ich zagospodarowania, aby nie stanowiły zagrożenia dla zdrowia ludzi i środowiska, a z drugiej strony mogły być źródłem potencjalnych surowców wtórnych. Istotnym wymogiem znowelizowanej Ustawy o odpadach jest uwzględnienie w planach gospodarki odpadami potrzeby maksymalnego odzysku odpadów komunalnych, w tym ich recyklingu, oraz sukcesywnego ograniczania ilości składowanych odpadów. Szczególną uwagę w przyszłych planach należy zwrócić na redukcję odpadów biodegradowalnych, które obecnie są kierowane w głównej mierze na składowiska. W artykule przedstawiono wyniki badań odpadów biodegradowalnych pochodzących z typowego gospodarstwa domowego, pod kątem możliwości ich optymalnego zagospodarowania. Na podstawie przeprowadzonych badań stwierdzono, że odpady kuchenne zawierają znaczące z punktu widzenia nawozowego zawartości składników organicznych.
EN
Municipal waste has caused created a big problem for city authorities. It was necessary to find such ways of their management, as to avoid threat for the human health and environment and to provide a source of possible feedstock. An important requirement for the amended Act on Wastes is that the waste management plans should provide for the necessity to recycle waste to the maximum degree, process it, neutralize and successively limit its stored amounts. Particular attention shall be paid to the reduction of biodegraded waste from typical household by finding options for their best disposal.
EN
The waste, his beginning and possibilities of disposal are one of the biggest problems of current society. The conception of waste disposal should solve not only reduction of waste production and provide their ecological disposal but also a little bit neglected transport of the waste. There are different ways how to transport garbage. The method used for transport depends on type of waste and of course on the way of its disposal. In this work will be introduced various ways of transporting solid waste from households and from residential area. The systems of waste handling are described with their advantages and disadvantages. The point of the paper is mainly to motivate readers to think about waste transport.
PL
Mnogość źródeł powstawania oraz możliwości utylizacji odpadów są obecnie jednym z największych problemów współczesnego społeczeństwa. Odpowiednia koncepcja utylizacji odpadów powinna być oparta nie tylko na redukcji ich produkcji oraz możliwościach naturalnego rozkładu, ale także uwzględniać odpowiednie metody ich transportu, co jest często zaniedbywane. Wyróżnić można różne rodzaje transportu śmieci. Zastosowana metoda zależy od rodzaju odpadów oraz oczywiście od sposobu ich utylizacji. W referacie zostaną przedstawione różne metody transportu odpadów stałych, powstałych w gospodarstwach domowych i obszarach mieszkalnych. Opisane zostały także systemy przeładunku odpadów wraz z ich wadami i zaletami. Głównym celem referatu jest wzbudzenie świadomości istotności doboru odpowiedniego rodzaju transportu odpadów.
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nr 1
EN
The major purpose of this paper is (1) to find out the criteria for voluntary recycling by a for-profit recycler and for state intervention with recycling for a particular recyclable waste, (2) to present models to determine the private and social optimal recycling rates respectively, and (3) to determine optimal implementation policy by providing economic incentives to motivate recycling. The results of the analysis conclude that (1) an increase in conversion efficiency, the price of secondary material, and carbon taxes will lead to an increase in recycling rates, (2) the subsidy based on secondary material recovered will result in a higher recycling rate and will improve recovery technology more than a subsidy for recyclable wastes collected and sorted.
17
Content available Hygienic aspects of biowaste composting
63%
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nr 1
PL
W ramach cyklu omawiającego gospodarkę odpadami komunalnymi w krajach Unii Europejskiej warto przyjrzeć się niektórym aspektom funkcjonowania systemu brytyjskiego. W stosunkowo krótkim czasie nastąpiło tam wyraźne przewartościowanie podstawowych kierunków zagospodarowania odpadów.
EN
The municipal waste is a waste type that includes predominantly household waste (domestic waste) with sometimes the addition of commercial wastes collected by a municipality within a given area. EU waste management principles were defined in the Waste Framework Directive 75/442/EEC. A transfer station is a building or processing site for the temporary deposition of waste. Transfer stations are often used as places where local waste collection vehicles will deposit their waste cargo prior to loading it into larger vehicles. The primary reason for using transfer station is to reduce the cost of transporting waste to disposal facilities. There are many countries in Europe using this solution in waste management system, for example: Germany, Belgium, Austria, Netherlands, Denmark, Sweden, Norway, Finland. Waste transfer stations play there an important role in a community's total waste management system, serving as the link between a community's solid waste collection program and a final waste disposal facility. In Poland only several waste transfer stations exist, but none of them fulfils the role like this station located in EU or United States of America. This article includes characteristics and role of solid waste transfer stations (located mainly at rural area) in waste management systems.
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