Kuwait and Sustainability... Partnerships Shaping the Future of Development

Sustainability is no longer an isolated environmental issue separate from the development path; it has become a benchmark for evaluating the efficiency of public policies, the capacity of societies to protect their resources, and the improvement of living standards for future generations.

Kuwait faces challenges that require moving from declarations of commitments and initiatives to the implementation of measurable programs. These include water scarcity, rising energy demand, increasing waste, and the impacts of climate change and urban expansion.

Environmental indicators reveal the scale of responsibility. According to the Kuwait State of the Environment Report 2024, the residential sector accounts for approximately 45 percent of electricity consumption and 66 percent of desalinated water consumption, while the average per capita consumption of municipal water is about 447 liters per day. These figures gain further significance when considering the limited natural resources; annual average rainfall is estimated at around 110 millimeters, compared to evaporation rates exceeding 3,000 millimeters. These indicators call for a review of consumption patterns, improved efficiency of buildings and water networks, and enhanced public awareness.

Sustainable Development Goals (SDG) indicators provide a picture of the challenge. UN data indicates that Kuwait’s ratio of freshwater withdrawal to available resources reached 3,850.5 percent in 2023, while the share of renewable energy in total final energy consumption did not exceed 0.1 percent in 2022.

These values should not be interpreted in isolation from their reference years or indicator definitions, but they underscore the need to accelerate the diversification of energy sources, improve water demand management, and develop sustainable solutions.

In this regard, green technology and artificial intelligence offer opportunities that go beyond promotional use. Smart analysis systems can be employed to monitor electricity consumption in buildings, predict loads, detect water leaks, optimize irrigation efficiency, monitor air quality, sort waste, and analyze climate data. However, labeling technology as “green” is not achieved merely by its adoption; artificial intelligence itself requires data centers that consume electricity and water. Therefore, solutions must be evaluated based on their net environmental impact, efficiency, cost, and scalability.

Initiatives that combine technology with social responsibility gain importance when they transform into projects with clear objectives and verifiable results. From this perspective, the Arab Initiative for Green Technology and Artificial Intelligence, along with the Asdima Society for Corporate Social Responsibility, can contribute to knowledge dissemination, partnership building, and encouraging practical solutions, provided that the scope of work is clear, partners are identified, performance indicators and results are announced, and there is no reliance solely on the number of events or signed agreements.

Achieving sustainable transformation cannot be accomplished by a single entity’s effort. The government sets policies and standards and provides data; the private sector invests in innovation and clean solutions; universities and research centers develop knowledge and measure impact; and civil society organizations contribute to awareness and community oversight. Education remains a pivotal partner; environmental education must move beyond theoretical knowledge to practical applications within schools, such as conserving water and energy, reducing waste, recycling, and implementing student projects that address local issues. This also requires teacher training, updating activities and curricula, and transforming schools into practical models of sustainability.

To move partnerships from intentions to results, six interlinked pathways can be pursued: establishing a national framework that defines partnership priorities and the responsibilities of its stakeholders; launching a program for smart green schools; supporting small and medium-sized enterprises operating in the green economy; expanding the use of artificial intelligence in water, energy, and waste management; providing an updated, open environmental database; and issuing reports that measure impact, including reductions in consumption, emissions, and waste, rather than merely tracking activities.

Sustainability is not a ceremonial slogan, nor is it the sole responsibility of government institutions; it is a way of planning, producing, consuming, and educating.

Kuwait can strengthen its position on the path to sustainable development by linking initiatives to specific targets, financing scalable solutions, disseminating data, and transparently reviewing outcomes. What is needed is not an increase in the number of initiatives, but an improvement in their impact, so that sustainability becomes a standard in decision-making, an indicator of performance, a culture in schools, and a daily practice in society.

A Kuwaiti writer