Stockwell Street, The Business Case for Sustainability Research Paper

Stockwell Street, The Business Case for Sustainability - Research Paper Example Environmental concerns relate to aspects of ecology and physical surrounding (Vallero 2008, p. 98). In sustainability, the project should enable the current entities to achieve their objectives without compromising on the quality of lives of future users of the given structures. Environmental conservation, social well being and intergenerational equity are possible objectives as a country achieves economic potential within the resource base. The most essential aspect of environment, as pertains to the construction industry, is the resource base for construction. Construction involves employment of natural elements such as timber and soil. In the end, uncontrolled use of timber would lead to the depletion of forests. It is vital to exercise control or seek for alternatives of timber in construction. A sustainable construction project would seek for a strategy that minimizes on the use of timber. A related environmental concern relates to water use. The new structure should incorporate a construction strategy that aids water harvesting and preservation. The project has constructive options that could lead to sustainability. To begin with, the project has initiated strategies of managing thermal performance. The structure should have proper control of heat and cold in order that it protects the given buildings from destruction by expansion and contraction of a building’s components (Clark 2010, p. 76). In addition, the proposal has indicated plans of incorporating rain water recycling and harvesting systems. This strategy is beneficial in the sense of cutting down on the schools’ cost of water. Rain water is a free resource that only leads to incurring of costs in its harvesting. In the end, the initial costs would be spread in the subsequent years until they become significant. In close relation to this, the sustainability options would involve use of bio-fuels. It is notable it is less costly to construct bio-fuel energy systems in the particular s tructures. However, they cut down on the general costs of energy in the school. However, this proposal has its constraining aspects. To begin with, it consumes significant time and labor to put up a bio-fuel system. In addition, the system has several hitches that drag a project for a substantial time. Other strategies entailed building monitoring and management. Additionally, there were proposals of evaluating buildings on evacuation of occupants. It is not a feasible strategy to wholly use bio-fuels in the energy system of a school. However, bio-fuel energy system is feasible for the lighting system of school since it utilizes low energy (Brebbia 2012, p. 102). An additional strategy relates to use of solar power systems. CPV systems will be strategies of providing clean power that does not require use of oil fuels in their generators. However, such systems have to possess high ability for generation of power. In addition, the plan would involve the employment of readymade concret e that do not consume higher amounts of cement and sand. In addition, glass fibers are strong are robust support systems that replace the use of timber. The core place of consideration, as pertains to energy use, would relate to the schools’ IT systems. The advent of a technological revolution has triggered substantial use of electricity and other forms of energy. However, electricity would be of critical concern because it is a convenient form of energy