Network of Biodigesters for Latin America and the Caribbean (RedBioLAC)
RedBioLAC is a consolidated and very active network of individuals and organisations involved in applied research, implementation and advocacy on biodigesters. Their aim is to contribute to the proper management of natural resources while promoting socio-economic wellbeing in Latin American and Caribbean.
Recording of latest RedbioLAC webinar is now online!
News from WISIONS posted on May 27th, 2020
The production of coffee is one of the main economic and agricultural cornerstones of South American economies and follows a long tradition in means of production and processes. But in particular this production has enormous environmental impact because of the intensive use of water during the production process, conseqently resultiung in high amounts of untreated wastewater. More than 80% of the coffee bean dissolves in the wastewater, which actually makes it a highly polluting crop for the environment. However, the opportunity to use this untreated wastewater has been considered by the speaker Osmer Ponce (Universidad Catolica de Honduras) as an highly promising source of anaerobic digestion and the following production of renewable energy in biodigestor technology. In this webinar Osmer Ponce presents more infomation about the potential of biodigestor technology in the coffee production processs! Listen and watch here!
Biodigesters can help to improve the livelihoods of rural households in the Global South in different ways. They allow treating flows of organic waste, thereby improving the in-farm management of soil. The by-product of the treatment is biogas, a combustible gas which can replace other unsustainable fuels. Additionally the effluent and sludge produced by the process are of great value as organic fertilizer. In Latin America and the Caribbean, there is a long history of initiatives which have adapted, tested and further developed small and medium-sized biogas technologies. However, back in 2009, avenues for exchanging experiences were almost non-existent, especially for practitioners active in the field.
RedBioLAC came into existence in 2009, following a WISIONS SEPS project (Biogas Digester Innovations In Latin America), which focused on sharing experiences on the use of biodigesters in Latin America. This first exchange gave impetus to the idea of establishing a network to promote knowledge sharing between research, development and advocacy groups involved with biogas technologies in Latin America and the Caribbean. The network was formalised at a meeting in 2010 in Costa Rica.
RedBioLAC’s vision is to become the leading organisation providing research, development, implementation and advocacy in Latin America and the Caribbean (LAC) for the use of biodigesters to stimulate the sustainable management of natural resources and promote people’s socioeconomic wellbeing in LAC.
RedBioLAC’s brings together institutions related to applied research and the dissemination of anaerobic biodigestion to achieve the following objectives:
- Exchange information, knowledge and experiences among participating institutions
- Identify and overcome technical, environmental, social and economic barriers in the field of biogas
- Propose projects, mechanisms and ideas to disseminate biodigester technology within LAC
- Generate alliances that facilitate the adoption of biodigester technology
- Systematise research and disseminate findings among partners, and share insights with related fields including health, financing, policy, education, industry and marketing
- Promote the inclusion of other organisations, institutions and researchers in the field of biodigesters
- Promote actions to advocate and influence policies related to biodigesters
RedBioLAC is a very active platform for knowledge exchange, development and dissemination. This is achieved via diverse methods and activities, specifically through the annual conference, annual magazine, e-learning, online library and forum. Additionally, two areas of activity fostering knowledge creation and dissemination have emerged recently: working groups and a student internship programme. Find more about these activities below.
Annual Event and magazine
The annual conference provides a dynamic opportunity for interaction between experts, relevant stakeholders and interested audiences in general. The conference format entails not only presentations and discussions about the latest developments, but also training courses on basic biogas technologies and field visits.
2018 marked the 10th Annual RedBioLAC Conference, which took place from 17 – 21 September 2018 in Foz do Iguaçu, Brazil. A video summarising the conference is available on Facebook, along with photos of the event.Since 2017 the network has published an annual magazine to showcase academic research, case studies, scientific groups, technical factsheets and advertise projects, programmes, companies, and services on biogas.
Online Platform and Library
Of the network's online tools, the discussion forum is the liveliest area for interaction, with more than 900 participating subscribers. Almost 500 topics are available on the forum, providing a rich source of knowledge on anaerobic digestion as applied in the region
A broad variety of publications on a number of topics can be found in the online library.
Topic-specific working groups aim to involve network members in the development of collaborative projects in order to address specific knowledge gaps (e.g. technical issues, management monitoring and impact assessment) or to strengthen collaboration at sub-regional levels (e.g. the ‘southern cone’, the ‘Andean countries’, the Caribbean states and Central America).
The student internship programme aims to facilitate and support applied research on topics relevant to network members by involving students at the advanced stage of their studies. This serves to address knowledge gaps, while simultaneously contributing to international knowledge-sharing and capacity-building of the next generation of experts and decision-makers.
The network's secretariat is run by the organisation