Performance of Sustainable Building Fabric to Replace the Traditional Cavity Wall Technique for New Housing Sector in the UK

Abstract

UK Government confirms the important binding targets to promote low carbon construction industry such as enhancing reduction 34% by 2020 and 80% by 2050. This reduction can be adopted by different way for instance mitigating the energy use in houses. Huge numbers of houses were annually built-in construction industry, In England and Wales more than 160,000 houses are built in 2017 therefore, Promoting the improvement through airtight and insulated in building envelope can lead to high energy consumption reduction. Reducing greenhouse gas emissions is considered a significant part that related to the energy consumption requirements in terms of the operational energy of houses in United Kingdom. Reducing the energy demands can be achieved through using building materials and operational energy. Construction methods of construction can also provide impacts on the energy demands of building in terms of the materials that used during construction. Five methods of construction were selected to examine their performance in terms of the thermal resistance and factors that could affect acceptability in construction industry. The methodology was identified the behaviour of thermal performance for each method of construction through using cases study methods of previous cavity walls manufacturer. The acceptability of construction methods was carried out by collecting data of community. The main objective was to find out the optimal system of construction methods that could minimise the operational energy whilst providing comfortable houses energy.

The Implications and Barriers Preventing Effective Waste Management in The UK Construction Industry

“…The inexperience of tradesmen may also cause excessive offcut waste to arise during the construction process. [26][27][28][29][30] However, offcut waste and packaging wastes can be viewed as physical wastes in construction. Concerning non-physical wastes, time and cost overrun were perceived as the major source of waste in this sampled industry and may be caused due to improper and un-proactive planning by management during preconstruction and during the construction phases.…”