By, Aysha AlShriem, Chief Administration & Support Services Officer, Sustainability Lead at Qatar District Cooling Company, Qatar Cool
In the interview, Aysha AlShriem, Chief Administration & Support Services Officer, Sustainability Lead at Qatar District Cooling Company at Qatar Cool shares the transformative potential of district cooling in combating climate change. Aysha Alshriem explores district cooling's impact on urban development, freeing valuable space, reducing noise pollution, and enhancing residents' quality of life.
At Qatar Cool, we believe that district cooling has the potential to revolutionize our approach to climate change. District cooling systems centralize cooling production, leading to substantial energy savings compared to individual building-level cooling methods. By optimising energy consumption, we directly reduce carbon emissions, thus contributing significantly to global efforts to mitigate climate change.
Can you shed light on the specific benefits of district cooling, especially in the unique context of the Middle East region?
The Middle East faces distinct challenges due to its extreme temperatures and high cooling demands. District cooling offers a twofold advantage. First, it reduces electricity consumption, lessening the reliance on fossil fuel-based electricity generation and, consequently, lowering greenhouse gas emissions. Second, district cooling can seamlessly integrate renewable energy sources like solar power. This integration not only aligns with sustainability goals but also taps into the region's abundant solar resources. Take Qatar Cool, our annual average energy saving when compared to conventional cooling is 258 million KWH, this equates to an annual CO2 reduction of over 143 million KG. to put this into perspective, the CO2 reductions are equivalent to removing over 27 thousand cars off the road or planting over 14 million trees, a year. The natural gas reductions from our annual savings is a little over 2 million MMBtu, which is around 26 million Qatari Riyals per annum.
Could you break down the energy efficiency of district cooling compared to traditional methods?
In urban environments where multiple buildings rely on individual air conditioning units, the inefficiencies and waste stemming from decentralised maintenance and operations are evident. Each independent unit operates without coordination, resulting in significant energy consumption and environmental strain. In contrast, district cooling systems present an innovative alternative by supplying chilled water from a centralized plant to numerous buildings. This centralized approach markedly reduces energy consumption, leading to diminished greenhouse gas emissions and alleviating the burden on energy resources. Moreover, it enhances resource efficiency, scalability, and economic benefits, while fortifying the resilience and reliability of cooling infrastructure.
By transitioning from disparate air conditioning units to district cooling systems, cities can realize a multitude of advantages. Energy efficiency is substantially improved, translating into lower utility costs for building owners and occupants. Simultaneously, carbon emissions are curtailed, thanks to cleaner energy sources and optimized operations. This shift also streamlines resource use, promotes urban adaptability, and yields economic advantages. Moreover, the enhanced resilience of centralized cooling systems ensures uninterrupted services during adverse conditions, fostering sustainable and environmentally responsible urban development.
The energy efficiency aspect is crucial. How does district cooling impact urban development and the quality of life for residents?
The adoption of district cooling systems indeed brings about transformative changes in urban environments that go beyond just energy efficiency and environmental benefits. One significant impact is the liberation of valuable space within buildings. In cities with limited real estate, the removal of individual cooling units from rooftops and balconies allows architects and developers to utilize these areas for other purposes. This not only maximizes space utilization but also contributes to a more aesthetically pleasing urban landscape. The absence of bulky and unsightly equipment on building exteriors enhances the visual appeal of the city, making it more attractive for residents and visitors alike. In this regard, district cooling aligns with the principles of urban planning and design that prioritize functionality, aesthetics, and the optimal use of urban space.
Furthermore, the reduction in noise pollution associated with district cooling systems represents a significant improvement in the quality of life for urban residents. Traditional air conditioning units can be noisy, especially when they are poorly maintained or need repairs. In contrast, centralized cooling plants are designed with noise reduction measures, ensuring quieter and more peaceful neighbourhoods. This reduction in noise levels can lead to better sleep quality, reduced stress levels, and an overall improved urban living experience. Qatar Cool's commitment to holistic sustainability, by prioritizing well-being through noise reduction and efficient space use, demonstrates a forward-thinking approach to urban development that caters to the comfort and satisfaction of its inhabitants.
In a broader context, how can other businesses, governments, and individuals contribute to similar efforts?
Collaboration stands as the linchpin for achieving success in our collective pursuit of a more sustainable future. Governments play a pivotal role in setting the stage for progress by establishing ambitious climate targets and implementing supportive policies. By incentivizing the adoption of energy-efficient technologies like district cooling, they not only reduce greenhouse gas emissions but also stimulate economic growth in green industries. These policies can encourage businesses to diversify their portfolios, investing in clean energy projects and innovative solutions. As businesses adapt and evolve, they contribute to a thriving green economy that not only creates jobs but also ensures long-term sustainability. Governments, through their regulations and incentives, have the power to steer industries toward greener practices and sustainable technologies, fostering a holistic shift toward a cleaner future.
At the individual level, embracing energy efficiency and advocating for sustainable practices within communities can have a profound ripple effect. Individuals can make conscientious choices about energy consumption, from using energy-efficient appliances to reducing water waste. Moreover, individuals can engage in community initiatives and raise awareness about the importance of sustainability. When individuals unite under a common goal, they create a groundswell of positive change. Grassroots movements, supported by the collective voice of individuals, can drive transformation at both local and global levels. By aligning our actions with the overarching objective of a greener, more sustainable future, we collectively become catalysts for change. Ultimately, it is through this collaborative effort, where governments, businesses, and individuals work in tandem, that we can achieve the transformative change necessary to address the pressing challenges of climate change and build a more sustainable world for generations to come.
Looking ahead what role do you envision for district cooling and sustainable practices in the Middle East's journey towards a greener future?
District cooling represents a pivotal component in the Middle East's commitment to sustainability and its ambitious transition toward a greener future. One of the primary advantages of district cooling in this region is its significant potential to reduce energy consumption. Given the sweltering temperatures and high demand for cooling, the efficient and centralized nature of district cooling systems can dramatically curtail the energy required for air conditioning. This not only lessens the strain on energy resources but also mitigates the associated greenhouse gas emissions, aligning perfectly with the Middle East's aspirations to reduce its carbon footprint.
Moreover, district cooling systems offer a unique opportunity for the integration of renewable energy sources. In a region known for its abundant sunlight, solar power can play a pivotal role in powering these centralized cooling plants. By harnessing renewable energy, the Middle East can not only achieve energy independence but also contribute to the global transition toward sustainable energy sources. The adoption of district cooling systems, combined with renewable energy integration and other sustainable practices, positions the Middle East as a model for the rest of the world. It showcases that economic growth and environmental stewardship are not mutually exclusive but can indeed coexist harmoniously, setting an inspiring example for regions worldwide seeking a sustainable and prosperous future.
About Qatar Cool
With over 20 years of experience, Qatar Cool stands as Qatar's largest and oldest district cooling company. Committed to excellence, the company has continuously strived to provide cutting-edge and sustainable cooling solutions for a greener future.
In an era marked by the pressing challenges of climate change, Qatar Cool recognizes the urgent need for efficient and sustainable cooling systems. Our unwavering dedication to reducing carbon emissions and minimizing environmental impact has made us a frontrunner in the industry.
As a pioneer in district cooling, Qatar Cool has revolutionized the way Qatar manages its cooling demands. By utilizing innovative technologies and adopting best practices, we optimize energy consumption, conserve resources, and decrease greenhouse gas emissions.
Driven by a vision of a sustainable future, Qatar Cool collaborates with industry experts, research institutions, and governmental bodies to develop and implement eco-friendly cooling solutions. Our commitment to sustainability extends beyond our operations, as we actively promote awareness and education about the importance of energy-efficient cooling systems.
When it comes to cooling needs, Qatar Cool is the trusted name that blends experience, expertise, and a genuine concern for the environment. Our relentless pursuit of excellence in sustainable cooling solutions is propelling the nation towards a greener and more sustainable future, extending the company beyond Qatar into new markets.
About the Author
Aysha is a highly experienced senior executive with a track record spanning over 15 years in the field of management. She currently holds the position of Chief Admin and Support Services Officer, Sustainability Lead, where her responsibilities encompass various key divisions, including Administration, Human Resources, Information Technology, Procurement, and External Communications. Aysha also serves as Qatar Cool's Sustainability Lead, overseeing sustainability initiatives and actions. Furthermore, Aysha plays an integral role within the organization as an active member of the Senior Management Team and holds board positions in two of Qatar Cool's subsidiary companies.
Before joining Qatar Cool in 2015, Aysha held the role of Head of Human Resources at Standard Chartered Bank, Qatar. Prior to her time at the bank, she managed the Human Resources department for the Qatar Financial Centre Authority (QFCA) and its affiliated subsidiaries. Her career also includes a significant stint at QatarGas Operating Company Ltd., where she was responsible for National Development, Compensation and Benefits, and Business Automation functions.
Aysha's academic qualifications include a bachelor’s degree in computer engineering from Kuwait University and the completion of an Executive MBA in Business Administration from Cass Business School, City University London.