Page 70 - Transformation Report
P. 70

The reduction in printing has been tracked since 2006 and showed a drastic reduction in 2020 which may be due to a number
            of factors related to the COVID-19 pandemic:
            •      Learning and teaching, including assessments, were conducted online, and learning materials were provided online.
            •      Several student administrative processes have been digitised thus contributing to the reduction in printing.
            •      Most PASS employees are working remotely, which may also have contributed to the reduction in printing.
                                                                        6.1.4.   Green buildings
              Table 23 Overview of Reduction in Paper Use (2006 – 2020)
                                                                        The only Green Star-Rated building, according
                                                                        to the standards and process of registration
             PAGES PRINTED PER YEAR
             TOTAL SVERAGE WASTE GENERATED PER KG                       related to the Green Building Council of South
                                                                        Africa (GBCSA), is the Business School on the
                                                                        2nd Avenue Campus. All new buildings being
                                                                        constructed comply with the minimum South
                                                                        African National Standards requirements,
                                                                        although they do not comply with the GBCSA
                                                                        criteria. As new buildings are built, the need
                                                                        arises to learn from design decisions to increase
            the probability of designing future buildings which will fully accommodate users in the most environmentally friendly manner.
            A standard post-occupancy analysis template is currently being developed to assist in the collection of data to assess whether
            the initial design principles implemented are aligned with the required outcomes for the users/occupants of the building. The
            design and construction of new buildings incorporate sustainability principles to ensure the longevity of structures, while also
            reducing the need for extensive annual maintenance. An exciting example of this will be the construction of a Cross Laminated
            Timber (CLT) building on the George Campus using environmentally sustainable construction materials. The construction of
            this building was delayed by the COVID-19 pandemic but will recommence when international borders reopen.

            In a countrywide initiative, the University was recognised for its environmental sustainability efforts as evidenced by the
            following awards in 2019, namely:
            •      Greenest Campus in Africa awarded by Association of College and University Housing Officers International
            •      National runner-up in renewable energy awarded by the Higher Education Facilities Management Association.

            6.1.5.  Transport
            The  Student-Staff  Transport  System  requires  an  expansion  of  the  University’s  internal  fleet  of  vehicles.  As  part  of  our
            environmental sustainability strategy, it is suggested that the University annually purchase vehicles that use renewable sources
            of fuel to transform our current fleet, over the next ten years, to a model that uses less than 10% fossil fuel types.


            6.1.6.   Agricultural cooperatives and food production
            The catering business model includes a long-term strategy related to the development of agricultural co-operatives to supply
            agricultural produce to the University for catering operations. Investigations are underway to explore the feasibility of food
            production, i.e., aquaponics, coupled with renewable energy generation through PV and/or greenhouse style facilities. This
            would enhance environmental and social sustainability because PV systems would be the major contributor to energy security
            on campuses and could be a lucrative source of third-stream income generation.

            In addition, sustainable food production could alleviate student hunger by providing students with an opportunity to generate
            income by working in food production facilities or by providing food not procured by the University to combat student hunger
            and bolster nutrition by providing healthy vegetable and protein (fish) options.
















           2018-2020                                       70
   65   66   67   68   69   70   71   72   73   74   75