Provisional programme CONSOLFOOD 2018
22nd January 2018
| 08:30 | Registration and reception | |
| 09:00 | Opening session | |
| Session O1 (moderator: Eduardo A. Rincón Mejía) | ||
| 09:15 |
A parabolic solar cooking device developed in Lesotho, Southern Africa Ivan D. Yaholnitsky, Lesotho |
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| 09:40 | Solar concentrators for community cooking and autoclaving Ajay Chandak, Rahul Kulkarni, India |
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| 10:05 | Modelling, testing and parametric analysis of a parabolic solar cooking system with heat storage for indoor cooking N. Mbodji, A. Hajji, Morocco |
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| 10:30 |
Photovoltaic solar cooking with thermal energy storage (TES) A.Lecuona, D. Victoria, J.A. Perteguer, E. García-Arés, Spain Solar cooker as a public furniture. Thermal modeling A.Lecuona, E. de la Rocha, J. I. Nogueira, Spain |
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| 11:00 | Break for solar "caroffee", "carotea" and carob cake | |
| 11:30 | Break for solar coffee and tea and cooking lunch control | |
| Session O2 (moderator: Dave Oxford) | ||
| 11:40 |
Innovative solar cabinet dryers for rural application in food processing products R. Shyamala, India |
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| 11:55 | Application of solar technologies for the dehydration of indian walnut (marañon seed: anacardium occidentale) produced in the state of Campeche, Mexico Margarita Castillo Téllez, Juan Carlos Ovando Sierra, Francisco Lezama Zárraga, Beatríz Castillo Téllez, Mexico |
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| 12:20 | Combined membrane and solar drying technologies for fruit preservation in Mozambique Ricardo Bernardo, Henrik Davidsson, Pia Otte, Randi Phinney, Lucas Tivana, Sewden, Norway, Mozambique |
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| 12:45 | Solar lunch | |
| 14:15 | Poster session P1 (see poster list PL1) | |
| 15:30 | Session O3 (moderator: Bernhard Müller) | |
| 11:40 |
Networking to advance the use of solar cookers as educational tools in the classroom Mary Buchenic, Jennifer Gasser, USA The task of creating programs to promote solar cooking Jennifer Gasser, Mary Buchenic, USA |
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| 15:55 | RECOSOL the Iberoamerican network on solar cookers and solar ovens Pedro Serrano Rodríguez, Chile |
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| 16:20 | Evolution of solar cooking technology in India and way ahead Deepak Gadhia, India |
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| 17:00 | Short break for solar "caroffee", "carotea" and carob cake | |
| Session O4 (moderator: Kedar Mehta) | ||
| 17:30 |
Design and development of novel solar still for production of potable water Manoj S Soni, Ravish Kumar, Angad Singh Dhamija, India |
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| 17:25 | From development aid towards an economic factor: sustainable production of clean cookstoves in Madagascar Christian Frost, Switzerland |
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| 09:15 to 15:00 |
Exhibition of different types of solar cookers, solar dryers and other equipment related to solar food processing outside in the courtyard, weather permitting |
Poster List PL1
| P1 | Hybrid solar cookers, two models Pedro Serrano Rodríguez, Chile |
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| P2 | The solar cooker Tolokatsin V Eduardo A. Rincón-Mejía, Mexico |
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| P3 | Concrete funnel solar cooker: experiences with making and cooking Jignesh R. Mehta, India |
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| P4 | 100 SUNS: A low-cost DIY solar cooker Amogh Sahaje, India |
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| P5 | New design of box type solar cooker Kota Anjaneyasarma, India |
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| P6 | Development of a permanent solar cooker for the UK - Convenience, reliability and safety Dave Oxford, Stewart MacLachlan, UK |
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| P7 | Simple method to measure heat transfer in solar cookers Pedro Serrano Rodríguez, Chile |
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| P8 | A comparison of Copenhagen solar cookers with other similar sized panel cookers Sharon Clausson, USA |
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| P9 | Thermal performance evaluations, energy savings and payback periods of a box-type solar cooker in Ibadan, Nigeria Ademola K. Aremu, Olaoluwa S. Awotunde, Nigeria |
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| P10 | Solar cooking using the box type and funnel type cookers under Indian conditions Anasuya Ganguly,Saurav Mehta,Srikanth Mutnuri, India |
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| P11 | Experimental comparison of different solar oven prototypes adapted to rural zones of the Ecuadoran coast, E. Delgado P, Cristina Cabo, Juan Bello, Angeles López Agüera, Ecuador, Spain |
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| P12 | Design, realisation and experimentation of a solar cooker fitted with an ellipsoidal concentrator: preliminary results of cooking tests Siaka Touré,Modibo Sidibé, Ivory Coast |
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| P13 | Comparative performance of two parabolic solar cookers: influence of a glass cubic box Modibo Sidibé, Toure Siaka, Diomande Idrissa, Ivory Coast |
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| P14 | Testing the SUNTASTE, a new box type solar cooker built out of cork Ailton Tavares, Afonso Cavaco, Manuel Collares-Pereira, Nuno Oliveira Martins, Portugal |
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| P15 | Solar ovens built with very basic materials found in rural areas Margarita Mediavilla, Spain |
23rd January 2018
| Session O5 (moderator: Juan Bello Llorente) | ||
| 09:00 |
Beam steering lens array for solar cooking Håkon J. D. Johnsen, Ole Jørgen Nydal, Jan Torgersen, Norway |
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| 09:25 | Heliac solar cooker Sedi L. Byskov,Karsten Dupont, Gideon P. Caringal, Maria Matschuk, Henrik Pranov, Denmark |
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| 09:50 | Hot stone cooking with an ultralight membrane solar concentrator Fernando Chacon, Douglas Baillie, Daniel Müller, Paul Gießler, Portugal |
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| 10:15 | Solar restaurant Le Presage Aubert Pierre-André, France |
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| 10:40 | Solar Cookers International: how the performance evaluation process contributes to global gains in solar cooking Alan W. Bigelow, Julie L. Greene, USA |
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| 11:05 | Break for "caroffee", "carotea" and carob cake | |
| Session O6 (moderator: Stewart MacLachlan) | ||
| 11:50 | Simulation of a solar assisted counterflow tunnel dehydrator A. Carrillo-Andrés, J.M. Sojo-Gordillo, Spain |
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| 12:15 | Development of a large capacity orange bagasse dehydrator Eduardo Rincón Mejía, Bernd Weber, Mexico |
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| 12:50 | Solar lunch | |
| 14:15 | Poster session P2 (see poster list PL2) | |
| Session O7 (moderator: Jignesh R. Mehta) | ||
| 15:20 | Hybrid solar drying system BLACK BLOCK ® Gonçalo C. Martins, Portugal |
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| 15:30 | DryEcoMate - An horticultural dehydrator, using solar thermal and photovoltaic energy, low cost production, modular and portable João Garcia, J.Pássaro, R.Rosado,L.Coelho, M. Ley, J.Rodrigues, P.Madureira, Portugal |
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| 15:40 | Introduction of solar drying by NGO Narmada in Nimar region of Madhya Pradesh state of India under the guidance of BARC, GOI. Raghav S Deosthale, Shankar Kewat, India |
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| 16:05 | Development of solar dryers, Cuban experience for food preservation Boris Albrech Zaldívar Núñez, Glensy Palay Alonso, Cuba |
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| 16:30 | Break for "caroffee", "carotea" and carob cake | |
| Session O8 (moderator: Francisco Javier Macías Fuentes) | ||
| 17:00 | Concentrated solar thermal integration into spice roasting industry: an energy analysis of an indian masala manufacturing facility Tavish W. Fenbert, Vishal Sardeshpande, USA, India |
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| 17:25 | Father Himalaya solar furnaces: optical principles, technologies and lineage Jean-Jacques Serra, Jacinto Rodrigues, France, Portugal |
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| 09:15 to 15:00 |
Exhibition of different types of solar cookers, solar dryers and other equipment related to solar food processing outside in the courtyard, weather permitting |
Poster List PL2
| P16 | Analysis of solar cooking in relation to food sovereignty Bailey Jannika, Quiroga V. Noelia, Raimondo Emilia, Esteves Alfredo, Argentina |
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| P17 | Challenges in promoting solar cookers in India: social acceptance, cooking habits and technologies Neha Mehta, Kinjal Pandya, India |
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| P18 | Drying of solids: solar dryer with thermal reserve Álvaro Eduardo Lentz Herrera, Alfredo Divanny López Catalán, Mexico |
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| P19 | Solar drying - a gigantic opportunity to combat hunger and poverty Bernhard S. Müller, Germany |
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| P20 | Design, Construction and optimization of a renewable energy based solar dryer E. Delgado P, Angeles López Agüera, Ecuador, Spain |
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| P21 | Solar thermal panel prototype using up-cycled materials C. Cabo, A. Lopez-Agüera, Spain |
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| P22 | Enhanced methods to accelerate the dissemination of solar cookers Faustine Odaba, Kenia |
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| P23 | Sharing government perspective and participation in promoting Solar Cooking in India Suresh Ruparel, India |
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| P24 | 10th grade high school physics education via solar cooking Hezi Yizhaq,Daniel Feuermann, Israel |
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| P25 | Searching for the relevant scale for food transformation in dense urban areas in France Cathelineau Vincent, Genin Chloé, De Maria Arnaud, Bertin Kévin, France |
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| P26 | My story of solar ovens Júlio Piscarreta, Portugal |
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| P27 | Soil pasteurization in the UK - a new job for solar cookers Dave Oxford ,Stewart MacLachlan, UK |
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| P28 | Purification of water using solar energy Avinash Reddy, Srikanth Mutnuri, India |
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| P29 | Design and construction of a solar stove with energy storage with PCM material G. Sánchez-Vega, J. Pineda-Piñón, Mexico |
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| P30 | The broken promise of solar cooking. The case of Goudoubo Refugee Camp in Burkina Faso Isabella Troconis, UK |
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| P31 | Design, realization and test of a portable solar box cooker with booster mirrors Giovanni Di Nicola, Gianluca Coccia1, Sebastiano Tomassetti and Mariano Pierantozzi, Italy |
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| P32 | LAZOLA solar box cookers - a unique manufacturing concept Jo Hasler, Christian Fenner, Michael Bonke, Germany |
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| P33 | Solar tandoor: a hybrid solar oven Abid Karim, Pakistan |
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| P34 | Solar coffee solar chocolat Miguel, Peru |
24th January 2018
| 09:15 to 12:00 |
Exhibition of different types of solar cookers, solar dryers and other equipment related to solar food processing outside in the courtyard, weather permitting | |
| 9:00 to 10:00 | Round table Dissemination of solar cooking, solar drying and other solar food processing technologies. problems, obstacles and solutions (Faro declaration of intent) |
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| 10:00 to 12:00 | Networking between participants | |
| 9:00 to 12:00 | Solar cookers in action preparing "caroffee", "carotea", carob cake and lunch | |
| 12:30 | Solar lunch | |
| 14:30 | Closing session |
Notes:
Whenever possible, food for lunches and tea/coffee breaks will be prepared using solar thermal energy during conference days
Solar cooking users, designers, enthusiasts are encouraged to come with their solar cookers and ingredients to be cooked at Campus da Penha. Interested people should contact the organizing committee for more details.