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Difference between revisions of "Powering Agriculture: An Energy Grand Challenge for Development initiative - Winners"

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= Overview<br/> =
  
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'''Powering Agriculture: An energy great challenge for Development'''
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[[Powering Agriculture: An Energy Grand Challenge for Development|Powering Agriculture Grand Energy Challenge for Development]]&nbsp;utilizes the financial and technical resources of its partners to promote new ideas and innovation at the point where clean energy and agriculture intersect—the clean energy/ agriculture nexus.<br/>
  
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In its inaugural round, more than 475 organizations from 80 countries applied to the Powering Agriculture: An Energy Grand Challenge for Development initiative, offering market-based, clean energy innovations for the agricultural sphere in developing countries. Each of the winning organizations received awards of between $800,000 and $1.5 million. In total, there are 11 winners from this contest.
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In it's inaugural round in 2013, more than 475 organizations from 80 countries applied to the Powering Agriculture Grand Energy Challenge for Development, offering market-based, clean energy innovations for the agricultural sphere in developing countries. The 2<sup>nd</sup> Powering Agriculture Call for Innovation in 2015 even&nbsp;received 871 applications.
  
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The innovations of the winners can be broadly categorized into applications for processing, irrigation, decentralized power, and cold storage.<br/>
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= Powering African Bamboo, Ethiopia: =
 
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== ''Problem'' ==
 
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''In Ethiopia, there are more than one million hectares of bamboo. Recognized as a fast-growing and largely sustainable raw material, there is an increasing global demand for bamboo as a wood substitute for a variety of construction and furnishing applications. However, bamboo resources are often poorly managed. Most in the industry have limited knowledge of modern value-added processing techniques, which limit their earning potential.''
 
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== ''Clean Energy Solution'' ==
 
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''African Bamboo is developing an environmentally friendly bamboo thermal modification process called ThermoBoo. Through this chemical-free process, decay factors such as rot and insects are virtually eliminated, and the thermally-modified bamboo fiber can be further processed into sturdy panels that can be marketed to a range of domestic and international buyers. The ThermoBoo process involves the combustion of biomass dust—a technological approach that is completely new to Ethiopia. Through the project’s successful implementation of a pilot processing facility, African Bamboo envisions developing a replicable model that can lead to prospective business opportunities throughout the region.''
 
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== ''Impact'' ==
 
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''The success of this project will lead to new opportunities for export, employment, and manufacturing in Ethiopia. In addition to its socio-economic impact, bamboo cultivation of native species plays a significant role in reforestation by stabilizing soil. African Bamboo uses environmental impact assessments to ensure the continued promotion of bamboo’s environmental benefits, and the minimization of the company’s ecological footprint.''
 
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== ''Organization'' ==
 
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''African Bamboo is a forestry, wood, and bio-energy company located in Addis Ababa, Ethiopia, among Africa’s largest reserves of bamboo, African Bamboo develops innovative applications for bamboo, particularly for industrial and commercial uses. The company was established in 2012 as a subsidiary of Fortune Enterprise PLC which, since 1961, has been a manufacturer of wood and metal products in Addis Ababa.''
 
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== ''Further Links:'' ==
 
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''To read more in detail, please click:''
 
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''[http://poweringag.org/2013-winners/african-bamboo http://poweringag.org/2013-winners/african-bamboo]''
 
  
 
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== Processing<br/> ==
  
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= Camco Advisory Services, Tanzania =
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'''[[Biomass-Powered Thermal Processing of Ethiopian Bamboo|Biomass-Powered Thermal Processing of Ethiopian Bamboo]]'''<br/>''African Bamboo '''– '''Ethiopia 2013''<br/>African Bamboo is developing an environmentally friendly bamboo thermal modification process, involving the combustion of biomass dust.<br/>
  
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== ''Problem'' ==
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'''[[Hybrid Vehicles with Exportable Power for Community-Based Agriculture Mechanization|Hybrid Vehicles with Exportable Power for Community-Based Agriculture Mechanization]]'''<br/>''Motivo Enegineering '''– '''India 2013''<br/>Motivo Engineering is developing hybrid vehicles with exportable power for community-based agriculture mechanization. The system utilizes power from varied energy sources such as solar panels, wind turbines, etc. to enable increased productivity all along the agriculture value chain.<br/>
  
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''In rural areas of Benin and Tanzania, access to modern energy services is extremely limited. Without electricity, farming communities are slow in their adoption of modern agriculture practices—resulting in sparse irrigation, lagging food production, and few opportunities for value-added processing and refrigerated storage. Though some communities depend on fossil fuel-based technologies to meet their energy needs, perpetually escalating fuel costs—coupled with adverse environmental impacts—necessitate the exploration of more affordable and sustainable options.''
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'''[[Improving Coffee Production and Quality Using Infrared Technology|Improving Coffee Production and Quality Using Infrared Technology]]'''<br/>''Horn of Africa Regional Environment Center and Network – Ethiopia 2015''<br/>The proposed solution by Horn of Africa uses state of the art infrared technology to reduce coffee pulp drying time from several days to hours. Converting waste products from coffee production into useful energy reduces greenhouse gas emissions.<br/>
  
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'''[[Solar Agro-Processing Power Stations|Solar Agro-Processing Power Stations]]'''<br/>''Village Infrastructure Angels – Indonesia, Papua New Guinea, Philippines, Vanuata 2015''<br/>VIA plans to install solar mills in villages in Indonesia, Papua New Guinea, Philippines and Vanuata. Use of solar mills will increase productivity for rural farmers, while decreasing the amount of manual processing required.<br/>
  
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== ''Clean Energy Solution'' ==
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'''[[Field Evaluation of a Passive Aeration System for Aquaculture|Field Evaluation of a Passive Aeration System for Aquaculture]]'''<br/>''Governing Council of the University of Toronto' '''– '''Bangladesh 2015&nbsp;''<br/>The project proposes a new aeration method. The system will allow for increased density of fish stock by using heat that is captured through a solar thermal absorber plate to improve water quality.<br/>
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''Village Industrial Power (VIP) Plants are mini-grid systems powered through the combustion of biomass waste produced at local agricultural processing facilities. The VIP Plants generate mechanical/electrical/thermal energy for use in a diverse range of agricultural activities—processing fruit, palm, rice, and cocoa; dairy pasteurization; purifying water; and powering irrigation pumps. The VIP Plants will be assembled/sold in partnership with local manufacturers, and owned/operated by local Energy Service Companies (ESCOs).''<br/><!-- img class="winnerImage imageSmaller" src="/sites/default/files/camco-3-sm.jpg" -->
 
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== ''Impact'' ==
 
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''The project will result in the establishment of 50 agro-processing centers and village mini-grids capable of producing between 10 and 50kW of electricity for homes, social services, and businesses. It is anticipated that the VIP Plants will service more than 5,000 agrarian families. This clean energy solution will contribute agricultural development and low-carbon economic growth that improves food security, financial stability, environmental sustainability, and women’s empowerment through new entrepreneurship opportunities.''
 
  
 
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== ''Organization'' ==
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== Decentralized Power<br/> ==
  
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''Camco Clean Energy is a sustainable energy development company with offices across Africa. It is experienced in providing rural electrification through solar, biomass, small hydro, and biofuel technologies, addressing traditional charcoal production and consumption. Camco will co-implement activities with Gazogen, Inc—a firm that specializes in the development of biomass fueled co-generation plants.''
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'''[[Building Markets for Efficient Biomass Power Provision|Building Markets for Efficient Biomass Power Provision]]'''<br/>''Camco Advisory Services –&nbsp;Tanzania, 2013''<br/>Camco's Village Industrial Power (VIP) Plants - mini-grid systems powered through the combustion of biomass waste - generate energy for use in a diverse range of agricultural activities.<br/>
  
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'''[[Smart Grid on Main Street: Electricity and Value-added Processing for Agricultural Goods|Smart Grid on Main Street: Electricity and Value-added Processing for Agricultural Goods]]'''<br/>''EarthSpark International –&nbsp;USA 2013''<br/>EarthSpark has developed a solar-diesel hybrid micro-grid system that will increase access to affordable, reliable electricity for value-added agricultural processing.<br/>
  
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== ''Further Links'' ==
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'''[[Private Sector Financed Community Solar Microgrids and Agricultural Accelerators|Private Sector Financed Community Solar Microgrids and Agricultural Accelerators]]'''<br/>''Universidad del Valle de Guatemala – Guatemala 2015''<br/>UVG uses an innovative approach to developing low-cost community utility companies. The project will provide access to clean energy to operate irrigation systems and cold storage facilities.<br/>
  
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''To read more in detail, please click:''
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'''[[Renewable Microgrids for Off-Grid Fish Hatcheries and Surrounding Communities|Renewable Microgrids for Off-Grid Fish Hatcheries and Surrounding Communities]]'''<br/>''International Development Enterprises – Bangladesh 2015 ''<br/>The proposed solution by iDE will replace diesel generation so that the system will power hatchery water pumping activities and provide household-level renewable power through an innovative metering technology.<br/>
  
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[http://poweringag.org/2013-winners/camco http://poweringag.org/2013-winners/camco]
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'''[[Powering Agriculture with Renewable Energy|Powering Agriculture with Renewable Energy]]'''<br/>''Ariya Capital Group Ltd – Kenya 2015''<br/>Ariya’s project will provide end to end cost-effective, low-risk renewable energy generation and energy efficiency services to local flower and horticulture farms in Kenya, Uganda, and Tanzania.<br/>
  
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'''[[Biomass and Solar PV Hybrid Minigrids for Off-Grid Farming Communities|Biomass and Solar PV Hybrid Minigrids for Off-Grid Farming Communities]]'''<br/>''Husk Power Systems – India 2015''<br/>Husk Power will install a hybrid solution that combines a biomass gasification system with a solar PV system. The system will power a mini-grid that produces electricity for residential, as well as agricultural, needs. .<br/>
  
 
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= The Earth Insitute, Columbia University =
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== Irrigation<br/> ==
  
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== ''Problem'' ==
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'''<span dir="auto">[[A Hydroponic Green Farming Initiative|A Hydroponic Green Farming Initiative]]</span>'''<br/>''ECO Consult - Jordan 2013''<br/>ECO Consult <span lang="en">has developed an integrated model of hydroponic and photovoltaic farming to compete with conventional greenhouse technology and drip irrigation systems. </span>&nbsp;&nbsp;<br/>
  
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''In Senegal, farmers currently use two practices for watering crops: the labor intensive method of flood irrigation with wells and buckets, or the cost- and energy-intensive method of using diesel-powered motor pumps. Neither of these options is ideal in a country with immense solar resources that can be harnessed and used to transform irrigation practices in the country and region.''
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'''[[Micro-Solar Utilities for Small-Scale Irrigation|Micro-Solar Utilities for Small-Scale Irrigation]]'''<br/>''The Earth Institute at Columbia University –&nbsp;USA 2013''<br/>Earth Institute’s solution will enable farmers to use a central solar energy unit to power multiple AC pumps for irrigation - taking<br/>advantage of the benefits of solar without the high costs associated with DC-powered pumps and battery storage.<br/>
  
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'''[[Solar-Powered Pumps for Improved Irrigation|Solar-Powered Pumps for Improved Irrigation]]'''''<span data-scaytid="2" data-scayt_word="ide"><br/>iDE</span> International Development Enterprises –&nbsp;USA 2013''<br/><span data-scaytid="3" data-scayt_word="ide’s">iDE’s</span> universal piston pump can compete with fossil fuel pumps both in terms of cost and enhancing agricultural productivity.<br/>
  
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== ''Clean Energy Solution'' ==
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'''[[Low-Cost Pay-Per-Use Irrigation Using Solar Trolley Systems|Low-Cost Pay-Per-Use Irrigation Using Solar Trolley Systems]]<span style="color: rgb(0, 100, 0);"></span>'''<br/>''<span data-scaytid="4" data-scayt_word="claro">Claro</span> Energy – India, 2015''<br/><span data-scaytid="5" data-scayt_word="claro">Claro</span> Energy intends to offer a pay-per-use irrigation service that uses a portable solar pump. The project will enable farmers to irrigate larger amounts of farmland, increase production during the summer season, and invest funds saved on the purchase of diesel in more efficient technologies.<br/>
  
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''Earth Institute’s solution will enable a small group of farmers to use a central solar energy unit to power multiple AC pumps for irrigation. The proposed solution takes advantage of the benefits of solar without the high costs associated with DC-powered pumps and battery storage. This power will be accessed by farmers with prepaid electricity cards issued by a micro-utility, and sold through local vendors who will benefit from a small commission. Recognizing that a major obstacle to technology adoption is financing, a tariff-based financing model will allow customers to cover their appliance loans in small payments added into their micro-utility bills.''
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'''[[Affordable, High-Performance Solar Irrigation for Smallholder Farmers|Affordable, High-Performance Solar Irrigation for Smallholder Farmers]]'''<br/>''<span data-scaytid="6" data-scayt_word="kickstart">KickStart</span> International – Kenya, 2015 ''<br/><span data-scaytid="7" data-scayt_word="kickstart">KickStart</span> is developing a clean energy solution in form of a&nbsp;flat pack solar irrigation pump<br/>that is easy for farmers to install.<br/>
  
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'''[[PV-Integrated Drip Irrigation and Fertigation Systems|PV-Integrated Drip Irrigation and Fertigation Systems]]'''<br/>''Institute for University Cooperation (ICU) – Jordan/Lebanon 2015''<br/>ICU will install a drip irrigation system powered by PV solar energy at pilot farms. The project will provide energy savings, as farmers will rely on photovoltaic systems for their irrigation energy needs, taking advantage of the 300+ sunny days in their areas.<br/>
  
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== ''Impact'' ==
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'''[[Scaling the Distribution of Tailored Agro-Solar Irrigation Kits to Smallholder Farmers|Scaling the Distribution of Tailored Agro-Solar Irrigation Kits to Smallholder Farmers]]'''<br/>''<span data-scaytid="10" data-scayt_word="sunculture">SunCulture</span> – Kenya 2015''<br/><span data-scaytid="11" data-scayt_word="sunculture">SunCulture</span> combines cost-effective solar pumping technology with a high-efficiency drip irrigation system to make it cheaper and easier for farmers to grow. The project will take place in Kenya, Tanzania, Uganda and Zambia.<br/>
  
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''This innovation will reduce the price of energy for irrigation significantly while reducing the carbon intensity of irrigation and the labor expended on it. These benefits are particularly powerful when looking at the demographics of Senegal’s agricultural workforce, which is more than 85 percent women.''
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'''[[Sunflower Pump: Asset-Financed Solar Irrigation Pumps for Smallholder Farmers|Sunflower Pump: Asset-Financed Solar Irrigation Pumps for Smallholder Farmers]]'''<br/>''<span data-scaytid="13" data-scayt_word="futurepump">Futurepump</span> – Kenya 2015 ''<br/><span data-scaytid="14" data-scayt_word="futurepump">Futurepump</span> enhanced an easy-to-maintain solar irrigation pump. All benefits will have a major impact on women, particularly because of the reduction in labor burden that mechanization will bring.<br/>
  
 
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== ''Organization'' ==
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== Cold Storage<br/> ==
  
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''The Earth Institute at Columbia University harnesses scientific research, education, and practical solutions to create a more sustainable world through innovation and critical thinking. Earth Institute has partnered with The MDG Center West and Central Africa (WCA)—an organization established to assist WCA countries develop and implement operational strategies aimed at achieving the Millennium Development Goals.''
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'''[[SunChill: Solar Cooling for Horticultural Preservation|SunChill: Solar Cooling for Horticultural Preservation]]'''<br/>''Rebound Technology –&nbsp;USA 2013''<br/>SunChill is a novel, off-grid refrigeration solution enabling increased agricultural productivity by: (i) removing field heat from crops immediately following harvest, (ii) providing continued product cooling at local markets/central processing facilities.<br/>
  
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'''[[Reducing Milk Spoilage through Solar Powered Milk Chilling|Reducing Milk Spoilage through Solar Powered Milk Chilling]]'''<br/>''Promethean Power Systems –&nbsp;USA 2013''<br/>Promethean’s refrigeration solution uses a thermal energy battery pack that charges on solar power and/or a few hours of grid electricity. This provides cold storage around the clock despite inconsistent access to electricity.<br/>
  
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== ''Further Links'' ==
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'''[[SunDanzer: Solar-Powered Refrigeration for Kenyan Dairy Farms|SunChill: Solar-Powered Refrigeration for Kenyan Dairy Farms]]'''<br/>''SunDanzer Refrigeration –&nbsp;USA 2013''<br/>Recognizing the need for affordable cold-chain technologies, SunDanzer is developing a small-scale portable cooling system tailored for use in the Kenyan dairy market.<br/>
  
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''To read more in detail, please click:''
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'''[[Biogas-Powered Evaporative Cooling for Uganda’s Dairy Industry|Biogas-Powered Evaporative Cooling for Uganda’s Dairy Industry]]'''<br/>''University of Georgia Research Foundation – USA 2013''<br/>UGARF has developed a refrigeration unit powered on biogas - which is extracted from cow manure. The unit regenerates zeolite plates, which retain their capacity to capture water vapor from the evaporative milk chilling process.<br/>
  
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''[http://poweringag.org/2013-winners/earth-institute http://poweringag.org/2013-winners/earth-institute]''
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'''[[Biogas Milk Chilling to Increase Productivity and Incomes of Dairy Farmers|Biogas Milk Chilling to Increase Productivity and Incomes of Dairy Farmers]]'''<br/>''SimGas Tanzania, Ltd. – Tanzania 2015''<br/>SimGas is developing the first off-grid, biogaspowered milk chiller at farm level to help milk supply meet demand. The quantity and quality of milk will improve, which will enable dairies to better meet the increasing demand for milk and milk products.<br/>
  
 
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== Further Information<br/> ==
  
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= Earth Spark International =
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*[[Portal:Water and Energy for Food|Water and Energy for Food (WE4F) portal on energypedia]]
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*Website: [http://poweringag.org/innovators Powering Agriculture - Winners/Innovators 2013/2015]<br/>
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== ''Problem'' ==
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*[[2nd Powering Agriculture Call for Innovation|Powering Agriculture Call 2015]]<br/>
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*[https://poweringag.org/news-events/program-updates/newsletters/april-2016-newsletter Powering Agriculture April 2016 Newsletter]<br/>
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''Seventy-five percent of Haiti’s population lacks access to electricity, and farmers frequently lose value of their crops for want of infrastructure and processing equipment. Where processing facilities do exist, they are typically diesel-powered and expensive to operate. This imposes a severe limitation on farmers’ ability to process agricultural goods, maximize the value of their products, and improve their livelihoods.''
 
  
 
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== ''Clean Energy Solution'' ==
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= References<br/> =
  
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''EarthSpark has developed a solar-diesel hybrid micro-grid system that will increase access to affordable, reliable electricity for value-added agricultural processing. By providing technical guidance and facilitating access to financing for local partners, EarthSpark will assist agribusinesses in upgrading to efficient electric mills so the processing of rice, sorghum, coffee, and corn can be modernized. The project first focuses on breadfruit crops that typically rot due to lack of processing. Converting the fruit to flour or chips extends the shelf life by months and significantly increases its value and marketability.''
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*Powering Agriculture Team<br/>
  
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<references />
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== ''Impact'' ==
 
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''By reducing agricultural waste and enabling value-added processing, the project will boost agribusiness incomes as well as provide surrounding residents with access to electricity, through a pre-paid smart metering system. The project will demonstrate a sustainable business model for operating a local micro-grid, for agribusiness’ upgrading to efficient electric mills, and for breadfruit processing.''
 
  
 
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== ''Organization'' ==
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''EarthSpark International is a U.S.-based, nonprofit organization with over four years’ experience working with communities, businesses, and government to bring energy access to Haiti’s unelectrified population. Through its local brand Enéji Pwóp, EarthSpark is an established and recognized brand in Haiti with the track record and infrastructure to scale up its clean energy and micro-grid activities. For this project, EarthSpark has partnered with the Haitian agro-processing company Entreprises La Foi.''
 
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== ''Further Links'' ==
 
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''To read more in detail, please click:''
 
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''[http://poweringag.org/2013-winners/earthspark http://poweringag.org/2013-winners/earthspark]''
 
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= International Development Enterprises =
 
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== ''Problem'' ==
 
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''Globally, more than 800 million farmers manually lift and haul water to irrigate their farmland. These farmers can drastically decrease their labor and expand their irrigable area by employing motorized pumps. Currently, the most accessible and affordable pump solutions are four to seven horsepower pumps powered by increasingly expensive fossil fuels. Consequently, many farmers are either unable to provide sufficient irrigation to their crops, and/or must allocate a sufficient portion of their income to environmentally-hazardous fossil fuels.''
 
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== ''Clean Energy Solution'' ==
 
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''iDE’s Clean Irrigation Solution (CIS) can compete with fossil fuel pumps both in terms of cost and enhancing agricultural productivity. CIS’s universal piston pump can run on a variety of power sources—solar steam power, photovoltaic power, and grid-connected alternating current (AC) where available. The system accesses groundwater from deeper depths than conventional pumps, and maintains a slow, steady discharge rate. iDE will work with local businesses to sell and service the CIS.''
 
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== ''Impact'' ==
 
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''iDE’s goal is to compete with fossil fuel-powered pumps currently on the market, and ultimately shift famers’ preference toward clean energy pumping solutions. This consumer shift would have a remarkable environmental and socio-economic effect on agrarian communities. Using the CIS instead of a fossil fuel engine can reduce annual carbon emissions by as much as 250 kilograms per 1,000 irrigated square meters.''
 
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== ''Organization'' ==
 
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''iDE has over 30 years’ experience in developing appropriate agricultural products and engaging the private sector to supply these products to smallholder farmers, improving long-standing agricultural practices. This project is implemented in partnership with PRACTICA Foundation—a Dutch organization that has a focus on the commercial application of technology in the field of water and energy, and Futurepump Ltd.—a UK manufacturer of efficient irrigation pumps.''
 
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== ''Further Links'' ==
 
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''To read more in detail, please click:''
 
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''[http://poweringag.org/2013-winners/ide http://poweringag.org/2013-winners/ide]''
 
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= Motivo Engineering, India =
 
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== ''Problem'' ==
 
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''Although farm productivity in India has grown steadily over recent decades, crop yields are still just 30–60 percent of the best crop yields in many other countries. Agricultural productivity could be significantly boosted by creating more accessible agricultural machinery, and by providing a mobile energy source that runs on inexpensive renewables to meet multiple farm needs such as harvesting, cold storage, and transportation.''
 
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== ''Clean Energy Solution'' ==
 
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''Motivo is developing a “Swiss-Army Knife” system—the Hybrid Agriculture/Road Vehicles with Electricity Storage and Transformation (HARVEST)—that solves a wide range of agricultural mechanization and power-related problems. HARVEST is a multi-purpose platform that provides power for plowing, well-drilling, cold storage, and transporting crops to market. The system utilizes power from varied energy sources such as solar panels, wind turbines, micro-hydro turbines, or the grid to enable increased productivity all along the agriculture value chain. The entire system is operated at the community level, and facilitated by mobile communication technology for scheduling, billing, and payments.''
 
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== ''Impact'' ==
 
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''HARVEST democratizes opportunity in agriculture by making available to entire communities huge gains in productivity that are enabled through mechanization and reliable power. Varied energy sources will reduce reliance on increasingly-expensive imported diesel, and the system itself will create new skilled jobs for men and women in rural areas in deploying, managing, and maintaining the HARVEST equipment.''
 
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== ''Organization'' ==
 
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''Motivo Engineering specializes in electro-mechanical systems to solve complex challenges across diverse market segments. Motivo’s partner, the KVK Foundation, will draw on their extensive rural development experience in India to introduce new technologies to rural villages, while its partner Feuerlabs will offer their expertise in remote data connectivity to develop a management platform for new technologies.''
 
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== ''Further Links'' ==
 
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''To read more in detail, please click:''
 
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''[http://poweringag.org/2013-winners/motivo http://poweringag.org/2013-winners/motivo]''
 
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= Eco Consult, Jordanien =
 
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== ''Problem'' ==
 
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''Jordan is considered to be one of the ten most water-scarce countries in the world. As water becomes scarcer, its availability for agriculture is expected to decrease. Hydroponic technology, an intensive form of agriculture, uses much less water than conventional farming and offers an excellent opportunity for farmers to increase their income while reducing their water use. Although farmers have expressed their interest in this new technology, its application in Jordan is still limited.''
 
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== ''Clean Energy Solution'' ==
 
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''ECO Consult has developed an integrated model of hydroponic and photovoltaic farming to compete with conventional greenhouse technology and drip irrigation systems. To make the technology attractive to large-scale commercial farms, ECO Consult will retrofit a multi-span greenhouse with advanced hydroponic technologies and photovoltaic panels to generate enough power to operate the lighting, pumping, and air moderation systems.''
 
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== ''Impact'' ==
 
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''ECO Consult’s beneficiaries include large commercial farms as well as small household farms. As more farms adopt these new technologies, the value of their agricultural produce will increase, while their use of scarce natural resources will decrease. Simultaneously, as more rural households adopt this technology at a small-scale, they will realize additional sources of income and new employment opportunities for women and youth.''
 
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== ''Organization'' ==
 
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''Established in Jordan in 1995, ECO Consult is a leading development firm with more than 15 years of experience working in Jordan and the Middle East. Past work includes projects in public sector reform, private sector development, local governance and development zones, energy, water, and environment.''
 
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== ''Further Links'' ==
 
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''To read more in detail, please click:''
 
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''[http://poweringag.org/2013-winners/eco-consult http://poweringag.org/2013-winners/eco-consult]''
 
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= Rebound Technology, USA =
 
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== Problem ==
 
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Post-harvest, physiological obstacles such as ethane production, respiration and microbial attack make getting high quality horticultural products to market a significant challenge. Removing field heat from these products can double shelf-life and reduce spoilage rates that often exceed 40 percent in developing countries. Unfortunately, current off-grid cooling technologies are expensive, energy intensive, and difficult to maintain.
 
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== Clean Energy Solution ==
 
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SunChill is a novel, off-grid refrigeration solution enabling increased agricultural productivity by: (i) Removing field heat from crops immediately following harvest, and (ii) Providing continued product cooling at local markets and/or central processing facilities. This clean energy solution transforms 50°C solar thermal energy into 10°C refrigeration using water-based refrigerants, zero electricity and local, non-precision components. These characteristics enable production of a low cost, low-maintenance technology that reduces spoilage and benefits smallholder farmer livelihoods.
 
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== Impact ==
 
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SunChill is one of the first developing world technologies that reliably removes field heat without a high-cost electrical supply. The low-cost system enables increased horticultural production both for domestic and export consumption, generating additional income for smallholder farmers and increased access to nutritional fruits and vegetables while generating both manufacturing and service based employment.
 
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== Organization ==
 
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Rebound Technology develops tailored refrigeration technologies designed to meet global energy market dynamics while reducing fossil fuel dependence. To successfully design, build and deploy SunChill technology, Rebound will leverage critical partnerships. The Energy Institute’s (Colorado State University) product development experience will support R&D, TechnoServe’s business solutions focus will drive host nation outreach/support, and Mozambique Organicos research farm will provide the primary venue for SunChill deployment and in-field testing.
 
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== Further Links ==
 
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to read more in detail, please click:
 
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[http://poweringag.org/2013-winners/rebound-tech http://poweringag.org/2013-winners/rebound-tech]
 
  
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Latest revision as of 19:04, 14 July 2020

Overview

Powering Agriculture Grand Energy Challenge for Development utilizes the financial and technical resources of its partners to promote new ideas and innovation at the point where clean energy and agriculture intersect—the clean energy/ agriculture nexus.

In it's inaugural round in 2013, more than 475 organizations from 80 countries applied to the Powering Agriculture Grand Energy Challenge for Development, offering market-based, clean energy innovations for the agricultural sphere in developing countries. The 2nd Powering Agriculture Call for Innovation in 2015 even received 871 applications.

The innovations of the winners can be broadly categorized into applications for processing, irrigation, decentralized power, and cold storage.


Processing

Biomass-Powered Thermal Processing of Ethiopian Bamboo
African Bamboo – Ethiopia 2013
African Bamboo is developing an environmentally friendly bamboo thermal modification process, involving the combustion of biomass dust.

Hybrid Vehicles with Exportable Power for Community-Based Agriculture Mechanization
Motivo Enegineering – India 2013
Motivo Engineering is developing hybrid vehicles with exportable power for community-based agriculture mechanization. The system utilizes power from varied energy sources such as solar panels, wind turbines, etc. to enable increased productivity all along the agriculture value chain.

Improving Coffee Production and Quality Using Infrared Technology
Horn of Africa Regional Environment Center and Network – Ethiopia 2015
The proposed solution by Horn of Africa uses state of the art infrared technology to reduce coffee pulp drying time from several days to hours. Converting waste products from coffee production into useful energy reduces greenhouse gas emissions.

Solar Agro-Processing Power Stations
Village Infrastructure Angels – Indonesia, Papua New Guinea, Philippines, Vanuata 2015
VIA plans to install solar mills in villages in Indonesia, Papua New Guinea, Philippines and Vanuata. Use of solar mills will increase productivity for rural farmers, while decreasing the amount of manual processing required.

Field Evaluation of a Passive Aeration System for Aquaculture
Governing Council of the University of Toronto' – Bangladesh 2015 
The project proposes a new aeration method. The system will allow for increased density of fish stock by using heat that is captured through a solar thermal absorber plate to improve water quality.


Decentralized Power

Building Markets for Efficient Biomass Power Provision
Camco Advisory Services – Tanzania, 2013
Camco's Village Industrial Power (VIP) Plants - mini-grid systems powered through the combustion of biomass waste - generate energy for use in a diverse range of agricultural activities.

Smart Grid on Main Street: Electricity and Value-added Processing for Agricultural Goods
EarthSpark International – USA 2013
EarthSpark has developed a solar-diesel hybrid micro-grid system that will increase access to affordable, reliable electricity for value-added agricultural processing.

Private Sector Financed Community Solar Microgrids and Agricultural Accelerators
Universidad del Valle de Guatemala – Guatemala 2015
UVG uses an innovative approach to developing low-cost community utility companies. The project will provide access to clean energy to operate irrigation systems and cold storage facilities.

Renewable Microgrids for Off-Grid Fish Hatcheries and Surrounding Communities
International Development Enterprises – Bangladesh 2015
The proposed solution by iDE will replace diesel generation so that the system will power hatchery water pumping activities and provide household-level renewable power through an innovative metering technology.

Powering Agriculture with Renewable Energy
Ariya Capital Group Ltd – Kenya 2015
Ariya’s project will provide end to end cost-effective, low-risk renewable energy generation and energy efficiency services to local flower and horticulture farms in Kenya, Uganda, and Tanzania.

Biomass and Solar PV Hybrid Minigrids for Off-Grid Farming Communities
Husk Power Systems – India 2015
Husk Power will install a hybrid solution that combines a biomass gasification system with a solar PV system. The system will power a mini-grid that produces electricity for residential, as well as agricultural, needs. .


Irrigation

A Hydroponic Green Farming Initiative
ECO Consult - Jordan 2013
ECO Consult has developed an integrated model of hydroponic and photovoltaic farming to compete with conventional greenhouse technology and drip irrigation systems.   

Micro-Solar Utilities for Small-Scale Irrigation
The Earth Institute at Columbia University – USA 2013
Earth Institute’s solution will enable farmers to use a central solar energy unit to power multiple AC pumps for irrigation - taking
advantage of the benefits of solar without the high costs associated with DC-powered pumps and battery storage.

Solar-Powered Pumps for Improved Irrigation
iDE International Development Enterprises – USA 2013
iDE’s universal piston pump can compete with fossil fuel pumps both in terms of cost and enhancing agricultural productivity.

Low-Cost Pay-Per-Use Irrigation Using Solar Trolley Systems
Claro Energy – India, 2015
Claro Energy intends to offer a pay-per-use irrigation service that uses a portable solar pump. The project will enable farmers to irrigate larger amounts of farmland, increase production during the summer season, and invest funds saved on the purchase of diesel in more efficient technologies.

Affordable, High-Performance Solar Irrigation for Smallholder Farmers
KickStart International – Kenya, 2015
KickStart is developing a clean energy solution in form of a flat pack solar irrigation pump
that is easy for farmers to install.

PV-Integrated Drip Irrigation and Fertigation Systems
Institute for University Cooperation (ICU) – Jordan/Lebanon 2015
ICU will install a drip irrigation system powered by PV solar energy at pilot farms. The project will provide energy savings, as farmers will rely on photovoltaic systems for their irrigation energy needs, taking advantage of the 300+ sunny days in their areas.

Scaling the Distribution of Tailored Agro-Solar Irrigation Kits to Smallholder Farmers
SunCulture – Kenya 2015
SunCulture combines cost-effective solar pumping technology with a high-efficiency drip irrigation system to make it cheaper and easier for farmers to grow. The project will take place in Kenya, Tanzania, Uganda and Zambia.

Sunflower Pump: Asset-Financed Solar Irrigation Pumps for Smallholder Farmers
Futurepump – Kenya 2015
Futurepump enhanced an easy-to-maintain solar irrigation pump. All benefits will have a major impact on women, particularly because of the reduction in labor burden that mechanization will bring.


Cold Storage

SunChill: Solar Cooling for Horticultural Preservation
Rebound Technology – USA 2013
SunChill is a novel, off-grid refrigeration solution enabling increased agricultural productivity by: (i) removing field heat from crops immediately following harvest, (ii) providing continued product cooling at local markets/central processing facilities.

Reducing Milk Spoilage through Solar Powered Milk Chilling
Promethean Power Systems – USA 2013
Promethean’s refrigeration solution uses a thermal energy battery pack that charges on solar power and/or a few hours of grid electricity. This provides cold storage around the clock despite inconsistent access to electricity.

SunChill: Solar-Powered Refrigeration for Kenyan Dairy Farms
SunDanzer Refrigeration – USA 2013
Recognizing the need for affordable cold-chain technologies, SunDanzer is developing a small-scale portable cooling system tailored for use in the Kenyan dairy market.

Biogas-Powered Evaporative Cooling for Uganda’s Dairy Industry
University of Georgia Research Foundation – USA 2013
UGARF has developed a refrigeration unit powered on biogas - which is extracted from cow manure. The unit regenerates zeolite plates, which retain their capacity to capture water vapor from the evaporative milk chilling process.

Biogas Milk Chilling to Increase Productivity and Incomes of Dairy Farmers
SimGas Tanzania, Ltd. – Tanzania 2015
SimGas is developing the first off-grid, biogaspowered milk chiller at farm level to help milk supply meet demand. The quantity and quality of milk will improve, which will enable dairies to better meet the increasing demand for milk and milk products.


Further Information


References

  • Powering Agriculture Team



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