SMEP Projects
To learn more about the individual SMEP funded projects, please browse this showcase, either through the interactive map or by visiting the project portfolio below.
The FlipFlopi Project
Feasibility of a Biogas and Wastewater plant for a Fish Farm
GIVO / Warwick Project
Multi-technology industrial organic waste solution
Complete Pineapple Waste Solution
Biochar production from Food Waste
RiverRecycle
Solutions to informal recycling of Used Lead Acid Batteries
Wastewater treatment technology for the plastics recycling industry
Chinhoyi University Project
Agrimulchfilm Project
Complete Pineapple Waste Solution
GAIA Biomaterials
GAIA Biomaterials
Freshppact Impact Hub
B-Prism Project
Plastic-to-Ghar project
Sub-Saharan Africa |
| South Asia
PROJECT PORTFOLIO
Keep in mind that certain projects may have a broader range of impact and potential uses beyond what has been presented here. For additional details, we recommend visiting the specific project pages.
Scaling Resource Efficiency & Cleaner Production (RECP) in the Nairobi Rivers Basin
The project is designed to address water pollution caused by the discharge of untreated industrial effluent by multiple industry types within the Nairobi Rivers Basin
Piloting Biochar production from Food & Beverage Waste
Sanergy aims to establish a first-of-its-kind biochar production facility in Kenya to combat organic waste from the food and beverage sector. SMEP is funding the feasibility study which precedes the establishment of this pilot plant.
Assessing the Feasibility of a Biogas and Wastewater Treatment plant for a Fish Farm
SMEP is funding Victory Farms (VF) and the Kenya Private Sector Alliance (KEPSA) to conduct a feasibility study to pilot the i) production of biogas (energy) by utilising fish waste and ii) the treatment of the wastewater from the production process.
Solutions to informal recycling of Used Lead Acid Batteries
Pure Earth, working in close collaboration with Georgetown University, is contracted to develop business models and policy interventions to deduce informal recycling of lead acid batteries in Bangladesh.
Multi-technology industrial organic waste solution
The pilot project will prevent the release of diverse organic waste into the environment when dumped in landfills and create valuable by-products from this waste.
Advanced wastewater treatment technology for the plastics recycling industry
This project is geared towards microplastic pollution mitigation through treating the wastewater produced through the plastic recycling process. That is, an innovative solution that will isolate and separate the pollutants from the water and ensure that the refuse is within the acceptable standards of purity that will not cause any
