The water sector is increasingly being impacted by climate change. It also contributes more than 5 percent of global carbon emissions from its energy consumption, direct emissions of greenhouse gases such as methane and nitrous oxide from wastewater systems, and water heating from end users. Water loss in distribution networks and higher than necessary energy consumption are contributing factors.

WaCCliM (the Water and Wastewater Companies for Climate Change) is working with pilot water utilities in four countries, developing a road map to guide them towards energy and carbon neutrality.

Jordan, the national challenge

Jordan is the world’s second most water-scarce country. Energy consumption accounts for around 73 percent of Jordan’s national emissions and 15 % of these are attributed to the water sector. Water pumping is responsible for the majority of this consumption and is estimated to increase twofold by 2030. Jordan is therefore facing a long-term need to reduce its water and energy consumption.

Water managers are challenged to meet the increased demand for water and wastewater services of a growing population, coupled with reduced water availability and the rising pressure to reduce costs, energy consumption and greenhouse gas (GHG) emissions. Water management and efficiency strategies that optimize the use of water resources, and substantially reduce GHG emissions, are a key requirement to ensure Jordan’s water security in future years.

GHG emissions in Jordan

The water sector in Jordan is with an energy consumption of 15% of the country’s total energy production the largest energy consumer. Following the COP21 and the Paris Climate Agreement, Jordan set a GHG reduction target of 14% compared to business-as-usual (BAU) levels by 2030 while the country also seeks a 15% reduction in energy consumption per billed water by the year 2025.

WaCCliM in Jordan

WaCCliM is supporting the work of Miyahuna-Madaba, a pilot utility in Jordan that is implementing energy and greenhouse gas emissions reduction measures in cooperation with the Jordan Water Authority (WAJ) and the Ministry of Water and Irrigation.

Potential GHG reduction within the urban water cycle of Madaba, Jordan, through identified measures. Illustration: © WaCCliM

WaCCliM water utilities

The Miyahuna-Madaba utility serves a population of 190,000 inhabitants, 98% of whom are connected to the water supply, and 65% have wastewater collection coverage. The utility reuses 100% of the treated wastewater for fodder production.

As part of the WaCCliM project, starting in January 2017 the utility is assessing its carbon footprint, the potential for emission reduction and developing an action plan that the utility can implement to improve its carbon footprint and operational efficiency. For a detailed account of WaCCliM’s impact in Jordan so far, check this factsheet.

WaCCliM around the world


Join WaCCliM

At scale, WaCCliM can help drive climate action in urban water services by decreasing greenhouse gas emissions and increasing energy savings. Join us and support the WaCCliM roadmap for low energy, low carbon utilities.