Page 132 - Towards A Sustainable Future 2024
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The second objective was to analyse the  utility consumption   Table 2: Six-Month Average Utility Consumption
            at Laundry Loft, with a specific focus on water and electricity   and CO2 Emissions.
            usage, as outlined in Table 2. The aim was to identify potential
            areas where utility consumption can be minimised without
            compromising customers expectations. By examining
            the establishment’s water and electricity usage patterns,
            the team aimed to pinpoint opportunities for efficiency
            improvements.


            Good Environmental Practices

            Implementing a semi-automatic glass door at the
            launderette’s entrance is a recommended measure for energy
            conservation (Figure 2). Without an automatic mechanism,   Environmental Review
            continual air movement in and out of the facility would
            allow cool air to escape, significantly impacting energy
            conservation efforts.                               Throughout  June  2022,  we  observed  Laundry  Loft’s
                                                                operations weekly to gain insight into the company’s
                                                                overall activities. This hands-on approach provided valuable
                                                                opportunities for close examination and monitoring
                                                                of business operations at Laundry Loft, enabling the
                                                                identification of operational aspects of the business for
                                                                environmental performance enhancement.

                                                                Energy Conservation

                                                                The air-conditioning system’s efficiency was assessed within
                                                                the launderette’s main hall. Meticulous observation showed
                                                                that physical gaps were present in various parts of the main
            Figure 2: Semi-automatic sliding door at the entrance as   entrance to the outlet, as illustrated in Figures 3 and 4. These
            above.                                              gaps facilitated the escape of cool air from the launderette
                                                                to the broader area while allowing outside air to infiltrate the
            Operated by manual switches, the door remains closed by   premises. Consequently, this compromised the regulation
            default. To enter the hall, individuals must press an ‘Open’   of temperature control within the facility, necessitating the
            switch, prompting the door to slide open. Conversely, when   air conditioning compressor to work harder to maintain the
            activated, a  ‘Close’ switch inside the hall facilitates door   desired ambient air temperature within the launderette.
            closure. This system offers advantages over sensor-operated
            mechanisms, as it minimises the risk of unnecessary door   Another aspect was the effect of elevated temperature
            movements triggered by inadvertent sensor activation   sources inside the launderette. Eight clothes dryers in one
            which often occurs when individuals pass by the sensor.  corner of the outlet operate within a 45 to 83 ⁰C temperature
                                                                 range. Notably, these dryers lack insulation on their internal
                                                                 and external surfaces.

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