In this article, we delve into the comprehensive work undertaken by EMS experts to unravel the prominent obstacles hindering the widespread adoption of sustainability in the built environment.
The notion that sustainability in building is expensive is often linked to the significant upfront costs associated with sustainable practices. This perception holds some truth, as stakeholders frequently encounter substantial investment requirements, lengthy payback periods, and limited financial support from institutions.
Over the past decade, experts at EMS-Emirates have thoroughly examined the barriers within sustainability, identifying the investment hurdle as a major impediment to widespread adoption in the built environment.
Fortunately, a solution is emerging in the form of Energy Value Analysis (EVA), a doctrine developed by EMS. EVA focuses on integrating sustainability right from the conceptual stage of a development, aiming to reduce capital expenditures (CAPEX) and prioritize sustainability from the outset.
EVA has undergone extensive testing and implementation over the past decade, encompassing various project types, from small buildings to towering skyscrapers and comprehensive master-plans.
The results have been remarkable, with CAPEX reductions ranging from 15% to 30% and a corresponding decrease of at least 20% in negative environmental impacts. Moreover, the operational efficiency of the facilities has been greatly enhanced, benefiting both the surrounding environment and ongoing expenditure.
The significance of this solution lies in the fact that the built environment is responsible for approximately 40% of global energy-related CO2 emissions. By addressing barriers and promoting the adoption of sustainable practices, developers, regulators, and governments must collaborate to establish and enforce minimum requirements for new developments. This collective effort is crucial in protecting the environment from further unnecessary pollution.
In summary, the emergence of EVA as a doctrine for integrating sustainability from the concept stage represents a promising solution to the perceived costliness of sustainability in the built environment. By implementing this approach, stakeholders can reduce upfront costs, minimize environmental impact, and pave the way for a more sustainable future.
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