Quito: Planning for Smaller CO2 and Water Footprints

In Quito, Ecuador, the use of a carbon and water footprint assessment tool led the city to develop a targeted Action Plan of initiatives to lower its CO2 emissions and water use. The plan is divided into two “portfolios.” The carbon portfolio includes actions that reduce Quito’s CO2 emissions by 20% by 2032. As one of the many initiatives planned to achieve this goal, Quito will complete a landfill biogas project that will reduce CO2 emissions by almost 5.5 million tons each year. Other initiatives include the creation of solar power plants, which will avoid the generation of 1.42 million tons of CO2 emissions annually.

4 million tons of CO2 reduced by 2032 as part of the footprint assessment project


Similarly, in order to avoid the use of 1.5 billion cubic meters of water by 2032 – cutting the city’s water footprint by 68% – Quito is instituting policies that promote the use of water efficient appliances, ecological toilets, vacuum systems, and water reuse. Through these carbon and water footprint tools, the city is demonstrating how to translate energy assessments and observations into customized and measureable targets and policies.


The challenge

Rising temperatures, decreased rainfall, and more frequent extreme weather events are forcing Quito to more efficiently manage its energy and water use. The carbon and water footprint measurement tool helps city officials sculpt policies and projects that will lower Quito’s energy use. Quito plans to expand these mechanisms to the private sector in the coming years to make an even greater impact on the city’s carbon and water footprints.


Economic The planned landfill biogas plant and the promotion of hybrid and electric vehicles represent the greatest cost-benefit payoff of projects seeking to lower Quito’s carbon footprint.

Environmental The city aims to outfit all 223,000 public light fixtures with energy-efficient LED lights by 2020.

Social Improving communication and engagement between municipal departments and the public is the most cost-effective method of achieving many of the city’s carbon and water targets.

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