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Within the current regulatory framework in the UK the most significant land-based outlet for MBT compost in the UK is likely to be previously developed land (PDL). If MBT compost is to be successfully and sustainably applied to PDL over time, there is a need to assess the potential environmental and human health risks of such an activity in a proportionate and robust manner. Such an assessment would provide a clear framework through which informed decisions could be made by both environmental regulators and the regulated community alike. This paper will describe the potential scale of future MBT compost production in the UK and potential applications for the material on PDL, as well as approaches to the assessment of the degree of risk involved in doing so.
Keywords:
MBT, compost, Previously Developed Land (PDL), risk assessment, market opportunities
1 Introduction
2 What is MBT compost and how much of it is there?
3 The extent of Previously Developed Land in the UK
4 Existing guidance on the application of MBT compost in the UK
5 The potential hazards in MBT compost
5.1 Potential biological hazards
5.2 Potential chemical hazards
5.3 Potential physical hazards
6 Risk assessment
6.1 Risk to Humans
6.2 Risks to the Environment
6.3 Approaches to risk assessment
7 Conclusions
Copyright: | © Wasteconsult International | |
Quelle: | Waste-to-Resources 2009 (Mai 2009) | |
Seiten: | 15 | |
Preis inkl. MwSt.: | € 7,50 | |
Autor: | Dr. Antony S. Chapman Dr. Graham Merrington Prof. R.P. Bardos | |
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Vom Kompostwerk zur Vergärungsanlage - Vorgaben des Auftraggebers
© ia GmbH - Wissensmanagement und Ingenieurleistungen (5/2011)
Das VIVO KU stand 2008 vor der Entscheidung, ob die seit einiger Zeit abgeschriebene und von massiven Korrosionserscheinungen befallene Technik des bestehenden Kompostwerks lediglich erneuert oder eine grundsätzliche Verfahrensumstellung auf Bioabfallvergärung vorgenommen werden soll.
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© Wasteconsult International (5/2011)
Since almost two decades TAIM WESER GmbH (former WESER-ENGINEERING GmbH) is designing, building and commissioning composting-plants for treating curbside collected biowaste as well as the organic fraction of municipal solid waste in order to produce high quality compost for agricultural use or compost like output, a compost suitable to be used for e.g. road-greens, parks, re-greening of brown-fields or to fight against desertification in arid areas.
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© Wasteconsult International (5/2011)
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© ANS e.V. HAWK (9/2009)
Bei der stofflichen Verwertung von Bioabfall, bzw. der Produktion von Kompost entstehen im Rahmen der Aufbereitung und der Konfektionierung Siebreste. Nach überschlägiger Schätzung liegt der Anteil bei jährlich ca. 800.000 bis 1.000.000 Mg.
Experience of Tehran in Improving Integrated Waste Management- Focus on MBT Methods
© Wasteconsult International (6/2009)
This study focuses on solid waste management in Tehran and the strategies for gaining to the best result with focus on BMT systems. As the MBT is the most important system in Tehran solid waste management hence there are different technologies that are more used in waste management. This paper proposes methodological approach for combination of above mention systems. The results show BMT adopts with Tehran waste characteristics carefully. Mean while, the MBT methodology has been applied for Solid waste management in Tehran.
Keywords: Waste Management, compost, MBT Methods, CDM