A heat and mass transport model of clay pot evaporative coolers for vegetable storage
Aug 28, 2020 | Danyal Rehman, Ethan McGarrigle, Leon Glicksman & Eric Verploegen
MIT D-Lab team developed a heat and mass transport model of clay pot coolers and validated the model using data previously collected in Rwanda and Mali. The model provides insights in how to optimize clay pot coolers for storing fruits and vegetables.
Assessment of the Use and Barriers of Evaporative Cooling Technologies by Small Holder Farmers in Kenya
Jan 20, 2020 | Benson Mania & Eric Verploegen
MIT D-Lab and the University of Nairobi published a research report on the awareness, use, and barriers to adoption of Evaporative Cooling Technologies in the Embu and Machakos Counties of Kenya. This findings presented in this report were based on interviews with farmers and include recommendations for approaches to increase awareness and adoption of Evaporative Cooling Technologies.
Evaporative Cooling for Improved Vegetable and Fruit Storage in Rwanda and Burkina Faso
May 29, 2019 | Eric Verploegen, MIT D-Lab; Rashmi Ekka & Gurbinda Gill, Agribusiness Associates
MIT D-Lab and Agribusiness Associates conducted a study of evaporative cooling devices in Rwanda and Burkina Faso, as part of a Feed the Future program run by UC Davis' Horticulture Innovation Lab. The results of this research provided insights into the impact of device design and weather conditional on performance, as well as providing recommendations for dissemination of evaporative cooling devices.
Evaporative Cooling Technologies for Improved Vegetable Storage in Mali
Jun 01, 2018 | Eric Verploegen, Ousmane Sanogo & Takemore Chagomoka
MIT D-Lab and the World Vegetable Center published a research report evaluating technologies designed to improve the storage of vegetables using evaporative cooling. The methodologies used included interviews with users of the cooling and storage technologies, interviews with stakeholders along the vegetable supply chain, and sensors to monitor product performance parameters.
Evaporative Cooling Best Practices Guide
Jun 01, 2018 | Eric Verploegen, Peter Rinker, Kukom Edoh Ognakossan
Provides guidance on best practices for determining the suitability of evaporative cooling technologies for a specific context, construction and usage of clay pot coolers and evaporative cooling chambers, and dissemination approaches.
Evaporative Cooling Decision-Making Tool
Jun 01, 2018 | MIT D-Lab's Research Group
An interactive Microsoft Excel-based decision-making tool to help determine if evaporative cooling devices are suitable for a specific context, and to guide the calculation of potential financial savings.
Affordable, Scalable, Overlooked: Evaporative Cooling Can Fight Food Loss – Why isn’t the Development Sector Embracing It?
Nov 14, 2018 | Eric Verploegen, MIT D-Lab | Next Billion
An overview of evaporative cooling technologies for fruit an vegetable preservation and a call to action for increased efforts to disseminate these technologies.
Eric Verploegen, MIT D-Lab Research Engineer