Bolton Thermal Recovery Facility Case Study Essay - 1

Bolton Thermal Recovery Facility Case Study - Essay Example The waste material in itself is a mixture of trade, commercial and domestic wastes, and items that have been confiscated from customs and police departments. Also, the facilities and equipment that are fit and used in Bolton Thermal Recovery Facility heighten the need to consider the legal implications of BTRF. This state above especially due to the fact that by the magnitude of the equipment and facilities that are found in BTRF directly and readily warrants the need to factor environmental and economic implications in BTRF’s existence and operations. Among these facilities, materials and equipment are: an incinerator that has the capacity to burn municipal waste at about 16 tonnes per hour; the waste types that are collected and transported to the site; a large and deep reception pit; supplementary oil fired burners which ensure that temperature does not fall below 8500 C at all times; heat recovery boiler; a gas stream; filters; and international catering wastes. The BTFR h as also had total operational hours that run up to 6,793. This means that Bolton Thermal Recovery Facility is a busy site which must be guided by proper safety regulations which are founded upon environmental, economic and legal concerns. Because of this, the need to consider or craft policies that define legal, economic and environmental concerns of a plant as large as the Bolton Thermal Recovery Facility is paramount. As a consultant, it is therefore necessary to divulge details on legal liabilities that may arise from the environmental impacts of operating Bolton Thermal Recovery Facility and the necessary measures that need to be taken to ensure compliance with relevant consents. 1. The Policy, Environmental and Economic Drivers for the Development and Operation of the Facility The economic drivers for the development and operation of Bolton Thermal Recovery Facility are far reaching and should thus be seriously taken into consideration. For one, BTRF is run by Europe’s l argest public waste contract which is the Greater Manchester deal, which in turn costs 3.8 pounds. BTRF also deals with an array of numerous materials and energy recovery facilities, as previously mentioned. The fact that BTRF also has to combine RDF production processes and MBT-AD technological processes further stresses the magnitude of BTRF’s economic significance. Bedeyore (2010) points out that it is also important to consider the fact that the economic significance of BTRF dares back to 2009 when it was signed as a landmark agreement, to bring about an international waste management industry. The bid to help divert 75% of wastes from landfills in the Greater Manchester Waste Disposal Authority (GMWDA) led to the signing of Recycling and waste Management Contract with Viridor Laing Greater Manchester Limited. Following this, this contract houses over 30 facilities such as Material Recovery Facilities (MRF), transfer stations, Anaerobic Digestion (AD) plants, composting f acilities and thermal recovery Waste to Energy (WTE) facilities. All these facilities have been refurbished or built afresh. That BTFR is