Amsterdam, August, 27, 2014. The Energy from Coffee Wastewater project by UTZ Certified has proven that is possible to generate energy, tackle climate change and protect water resources by treating discharges from coffee mills. The project started in 2010 with the goal of addressing environmental and health problems caused by the wastewater produced in the coffee industry.
Tailor-made coffee wastewater treatment systems and solid-waste treatment mechanisms were installed in eight coffee farms in Nicaragua, ten in Honduras and one in Guatemala. The positive environmental and economic impact of the project on over 5,000 people in the region has inspired UTZ Certified to replicate the initiative in other countries.
[Text Box: Only 1% of freshwater in the world is available for human consumption. A cup of coffee requires 140 litres of water to be produced. Over 70% of water used in Latin America is returned into rivers without being treated ]
Latin America produces around 70% of the world’s coffee and is the continent where 31% of the world’s freshwater resources are located. Yet coffee production generates a great amount of wastewater that is regularly released untreated into rivers, affecting aquatic fauna and flora as well as downstream communities. Additionally, coffee wastewater comes along with tons of organic waste and high toxicity which affects the soil and generates considerable amounts of greenhouse-gas emissions, particularly methane, heavily contributing to climate change.
The Energy from Coffee Wastewater project has been implemented in a range of differently sized farms. The achieved results of the project range from preventing local deforestation of native trees to better indoor environments for families who replaced firewood with domestic gas stoves for cooking. Additional outcomes included:
- Treatment of essentially all water used in coffee processing
- Over 50% less water used during coffee processing
- Generation of significant amount of biogas used to power households and coffee mills
- Prevention of the release of greenhouse-gas emissions into the atmosphere
“Coffee production is only environmentally sustainable when water is used efficiently and polluted water from the wet-mill process is treated. Local ecosystems do not have the capacity to clean the large amounts of contaminated fluids,” said Han De Groot, executive director at UTZ Certified. “Rural communities and coffee production depend intrinsically on a ready supply of fresh water. So if we want to talk about coffee produced in a sustainable manner then wastewater must be treated when released into the environment.” He concluded.
UTZ Certified is currently introducing the technology in Peru and Brazil. UTZ hopes to get further funds and industry’s support to replicate the initiative in Africa and Asia.
To the editors
About the project
The Energy from Coffee Wastewater project aims at preventing polluted water from coffee production to be released untreated into ecosystems while also generating energy from waste. In 2012 it has been awarded by the Sustainability Award by the Specialty Coffee Association of America and in 2010 by the Global Sustainable Biomass Fund in the Netherlands. The project is funded by Hivos and the Dutch Ministry of Economic Affairs.
More information at: Click here
Download images and video at: https://utzcertified.egnyte.
Caption of the image attached: Nicaraguan coffee farmer, Fátima Blandón, cooking with biogas . Yalí, Jinotega, Nicaragua
About UTZ Certified
UTZ Certified is a program and label for sustainable farming of coffee, cocoa and tea. Its mission is to create a world where sustainable farming is the norm. The UTZ Certified Program enables farmers to learn better farming methods, to improve working conditions and to take better care of people and the environment.
The UTZ Certified Program includes requirements for managing water in the coffee industry. Farmers must put in place a water quality analysis and monitoring program, so corrective actions can be applied when needed.
More information at: www.utzcertified.org.