BioSynergy: Access to renewable energy and inclusive business promotion with sustainable biofuels in isolated communities of the Peruvian Amazon



Similar documents
Tools for Sustainable Biobased Projects

Building a Sustainable Biofuels Business: an Overview of the Market and BP Biofuels

New Feedstocks for Biofuels Global market study on Jatropha

System Basics for the certification of sustainable biomass and bioenergy

Extension of Rural & Renewable Energy Fund (No.37)

Promotion of Jatropha in agroforestry systems in San Martín, Peru. Evaluation report

System Basics for the certification of sustainable biomass and bioenergy

Good-practice examples of different small-scale sustainable energy projects under WISIONS initiative

Livelihoods and Food Security Trust Fund (LIFT) Skills and Vocational Training in Rakhine State

BIODIESEL THE NEW FUEL FROM BRAZIL NATIONAL BIODIESEL PRODUCTION & USE PROGRAM

Bioenergy from agroforestry can lead to improved food security, climate change, soil quality and rural development

Perspective. The Hanoi Communiqué

Education, Training and Public Awareness through the Least Developed Countries Fund. Rawleston Moore Global Environment Facility June 2012

Africa Clean Cooking Energy Solutions Initiative. Scaling-Up Access to Clean Cooking Technologies and Fuels in Sub-Saharan Africa

Research to improve the use and conservation of agricultural biodiversity for smallholder farmers

Peru s REDD+ Towards a Readiness Preparation Proposal. FCPF Participants Committee June 28-July 1, 2010

DEPARTMENT OF FORESTRY DRAFT REVISED NATIONAL FOREST POLICY OF MALAWI

Implementing due diligence in gold supply chains Potential role for the World Bank s Public-Private Initiative on Artisanal and Small-Scale Mining

DAAD Deutscher Akademischer Austausch Dienst

The first phase would have four investment components:

GHANA NATIONAL HEALTH INSURANCE SCHEME JOINT DP MISSION AIDE MEMOIRE. December 8-13, 2007

Renewable Energy Development Strategy in Lao PDR

1) Stakeholder participation in ER-PIN planning and ERP design

HLPE report on Nutrition and Food Systems

European Innovation Partnership Agricultural Productivity and Sustainability. Directorate General for Agriculture and Rural Development

Policy brief. Major conference conclusions. Major conference conclusions

GLOBAL ALLIANCE FOR CLIMATE-SMART AGRICULTURE (GACSA)

CLIMATE-SMART AGRICULTURE. Executive Summary

FFEM Fonds Français pour l Environnement Mondial French Global Environment Facility. PROGRAMME PETITES INITIATIVES Small-Scale Initiatives PROGRAMME

Ready for Climate Finance: GIZ s Approach to Making Climate Finance Work

In Brief: Full List of Activities. Promoting Sustainable Biomass Energy Production and Modern Bio-Energy Technologies in Sri Lanka

MEbA (MICROFINANCE FOR ECOSYSTEM-BASED ADAPTATION TO CLIMATE CHANGE)

International Land and Forest Tenure Facility

PJ 22/12. 7 February 2012 English only. Projects Committee/ International Coffee Council 5 8 March 2012 London, United Kingdom

FAST FACTS Realizing Africa s Wealth - Building Inclusive Businesses for Shared Prosperity

Supply Chains in Agriculture: Joint Action of GIZ and the Private Sector

How To Manage Protected Areas

Empowering Rural India: Expanding Electricity Access by Mobilizing Local Resources

Carbon Projects and Potential Source of Revenue for Microfinance Institutions to Accelerate Renewable Energy Lending in Nepal

ISCC 103 Quality Management. Quality Management ISCC V 2.3-EU

Governance and institutional aspects of decentralized dissemination of a sustainable biogas sector in Indonesia

Liquid Biofuels for Transport

Perú. Scoping Mission Forest Investment Program (FIP) Aide Memoire (Summary)

GREEN COMMODITIES PROGRAMME

SNV s value chain development approach

TRIPLE BOTTOM LINE FOR POLICY EVALUATION. A qualitative approach to climate change and sustainability

Financing Sainarayan A Environment Branch. Assistance and Financing for International Aviation Emissions Reductions

are country driven and in conformity with, and supportive of, national development priorities;

SMALLHOLDER CERTIFICATION IN BIOMASS SUPPLY CHAINS Challenges and strategies

GREEN MICROFINANCE. Sustainable Energy for the Poor. The Future of the Microfinance Industry

Grants and Business Opportunities for Renewable Energy & Energy Efficiency Projects

DRAFT PROPOSAL on Science and Technology for Development. Matters calling for action by the Economic and Social Council or brought to its attention

Sample Project Roles. TechnoServe: Business Solutions to Poverty. Volunteer Consultant Program

How To Help The World Coffee Sector

Services Help Desk for Sustainable Businesses Program in the Brazilian Amazon: An Analysis of Benefited Enterprises.

UGANDA. Climate Change Case Studies

Islamic Republic of Afghanistan, Post Disaster Need Assessment (PDNA) Training Manual

PROJECT MANAGEMENT TRAINING MODULES

Draft Resolution on Science, technology and innovation for development

Mondelēz International Palm Oil Action Plan. Contents

Organizational development of trade unions An instrument for self diagnosis Elaborated on the basis of an experience in Latin America.

LIFE ORIENTATION DOCUMENT

Section 3: Program Portfolio Management

World Tourism Organization RECOMMENDATIONS TO GOVERNMENTS FOR SUPPORTING AND/OR ESTABLISHING NATIONAL CERTIFICATION SYSTEMS FOR SUSTAINABLE TOURISM

How To Be Sustainable With Tourism

Building Smallholder Resilience by Improving Value-Add in Supply Chains:! The Community Knowledge Worker!!

Tackling Climate Change through Low Carbon Economic Development in Turkey. Deadline for submission of concept bids 19 December 2014

Business Support Services to small producers. Report of the workshop organised in Dar es Salaam September 24 th Page 1 of 9

INTEGRATION OF COMMUNITY WATER POINTS MANAGEMENT WITHIN THE CONTEXT OF OVERALL PLANNING IN MVOMERO DISTRICT COUNCIL

CTF-SCF/TFC.7/Inf.3 October 24, Joint Meeting of the CTF and SCF Trust Fund Committees Washington, D.C. November 3, 2011

The IMES Master Programme

THE PRIVATE INFRASTRUCTURE DEVELOPMENT GROUP TECHNICAL ASSISTANCE FACILITY STATEMENT OF POLICIES AND PROCEDURES. Amended July 2008

URBACT III OPERATIONAL PROGRAMME ( ) CALL FOR PROPOSALS FOR THE CREATION OF 20 ACTION-PLANNING NETWORKS

IDEAS Energy Innovation Contest 2012 Winners

Safe Water Provisioning Knowledgebase for Rural, Remote and Otherwise Marginalized Communities

NETWORK SUSTAINABILITY 1. Guillermo Rivero, Financial Services Manager, Pact HQ. USA

DSM Position on Sustainable Biomass

Role of Civil Society Organisations in REDD Projects

Report of the Republic of Hungary to the Commission on the promotion of the use of biofuels for transport

Groupwork CCS. Bio-Energy with CCS (BECCS) Platzhalter Logo/Schriftzug (Anpassung im Folienmaster: Menü «Ansicht» «Folienmaster»)

Governance Strategies for Environmental Funds

Terms of Reference (TOR) For Impact Evaluation of ANN Project

Overview of food security projects funded by EKN Addis Ababa in 2016

SUMMARY COOPERATION PROGRAMME INTERREG NORTH-WEST EUROPE Version 11 March 2015

CORAF/WECARD - VACANCY POSITION

Bio-resources Innovations Network for Eastern Africa Development (BioInnovate) Program. Second Call for Concept Notes on

Finding the Right People for Your Program Evaluation Team: Evaluator and Planning Team Job Descriptions

A European Partnership

How To Help Disaster Recovery

Renewable Energy for Kent

Decision PC.2/dc.1 on the Interim Work Programme 2009/2010

United States-Peru Environmental Cooperation Work Program

Green Development Support Program. For BAPPENAS (Indonesia s Development Planning Ministry) World Bank March 2014

REDD+ SOCIAL AND ENVIRONMENTAL PRINCIPLES AND CRITERIA

Frequently asked questions

Aid, trade, diplomacy and law enforcement

igd IMPACT PRACTICAL, BUSINESS-DRIVEN IMPACT MEASUREMENT AGRIBUSINESS // 2014

BIOENERGY IN GERMANY: STATUS QUO AND OUTLOOK

AGRICULTURE FOR FOOD AND FOR BIOENEGY: IS IT POSSIBLE?

Terms of Reference for Rangeland Management Plan Preparation

Transcription:

CASE STUDY 60 BioSynergy: Access to renewable energy and inclusive business promotion with sustainable biofuels in isolated communities of the Peruvian Amazon Authors/advisor names: Martijn Veen, Abel Pezo, Jean Velásquez. LCB (Practical Action): Fernando Acosta, Benito Ramirez. Country & sector: Renewable Energy, Peru Context The majority of communities in the Peruvian Amazon do not have access to electricity, and their isolation complicates their connection to the energy grid. This hampers the development of these communities. At the same time, the Amazon has been identified by the Peruvian government as a strategic zone for the production of energy crops such as palm oil and Jatropha, the latter a native species for the area that is being promoted as a commercial crop for the production of biodiesel. The Peruvian government strongly promotes the production and commercialization of biodiesel, through regulatory frameworks defining obligatory blending of biodiesel at national level (2% in 2009; 5% in 2011), whereas Jatropha was formally declared of National Interest for production of biodiesel in the Amazon. The Regional Government of San Martin initiated a regional Biofuels Program (PROBIOSAM), with funding for investigation and promotion of Jatropha in already deforested, degraded areas, as a means to provide productive alternatives to small-scale farmers, while seeking environmental sustainability. The program, developed and implemented with advisory services from SNV and supervised by a public-private platform of local organizations, seeks the validation of this new crop (crop management, productivity, profitability) while promoting Inclusive Business initiatives. In combination, these entrepreneurial initiatives contribute to fighting poverty through the inclusion of small-landholders in the biofuels production value chain. In addition to employment and additional income generation for local farmers, the production of energy crops and biomass residues have great potential as a source for rural electrification, in order to satisfy domestic, productive and social needs; especially in isolated rural communities. This BioSynergy project seeks to implement an innovative model of renewable energy generation, taking advantage of biomass residues (including cow dung) and Jatropha seedcake for local production of biogas for electricity generation. With cofunding from the Regional Government of San Martin, a pilot project is being implemented with an isolated community, validating new technologies and applications at communal level, while assuring sustainability through the implementation of a communal management model. Furthermore, a demonstration project is being implemented in alliance (and co-financing) with the Peruvian INIA (National Institute for Agricultural Innovation), integrating the energy generation model into the Jatropha value chain. SNV technical assistance is rendered to the Mesa Técnica de Biocombustibles de San Martín an inter-institutional bioenergy platform in the region, contributing to filling knowledge gaps necessary to consolidate the Jatropha production value chain, including its sub-products. Strong emphasis is on systematization of progress and lessons learned, creating a learning community for knowledge development and identifying potential for replication. As such, the project contributes to the consolidation of bioenergy options in the Amazon region, both for improving access to energy and generating employment and income. As such, the BioSynergy project advances national development strategies and policy priorities of local organizations, while strengthening local capacities to assure sustainability in the long term. Clients and partners SNV Netherlands Development Organisation 15 Case Studies 2010

The project is funded by FACT Foundation and CORDAID, Dutch organizations interested in communal applications of bioenergy on the one hand (main focus of FACT) and marketbased inclusion of small-holders in the value chain on the other hand (main focus of CORDAID in this project). FACT also provides technical assistance in the project, with the inhouse specialists they have. SNV implements this project together with Practical Action (formerly known as ITDG), a British NGO acting in Peru as LCB and with strong track-record in communal applications with renewable energy in Peru. SNV leads the project, assures sustainability through its networks with local organizations, emphasizing inter-institutional strengthening and knowledge development; while Practical Action delivers assistance in technical aspects of the project (biodigestors, biogas for electricity generation, etc) and RE management models. Full-time SNV consultants are hired by the project for different components in the project, working closely together with the teams of local organizations. Local partners in this project are the Regional Government of San Martín (Departments of Economic Development, Energy, Agriculture, Natural Resources & Environment), the Mesa Técnica de Biocombustibles de San Martín (a platform of actors from private & public sectors, civil society, NGO s, academia related to the bioenergy sector), the National Institute for Agricultural Innovation (INIA) and others (such as the Program for Alternative Development - PDA). Both the Regional Government and INIA co-invest in this project and are involved in the implementation. Furthermore, local, national and international providers are involved in the project. The Mesa Técnica acts as a supervising body and platform for knowledge exchange in order to orient investments and policy development. Coordination with national level organizations is provided in order to take the outcomes to a next level. Intervention logic and methods This project (timeline: 2010-2012) aims to contribute to a reduction in poverty levels in dispersed and isolated communities in the Peruvian Amazon, by demonstrating the technical, social, economic and environmental feasibility of an integrated and self-sufficient renewable energy access model, while contributing to the consolidation of the Jatropha value chain. Electricity for domestic, social and productive use is generated based on local production of biogas from cow dung and biomass residues, including the Jatropha seedcake, while vegetable oil is being produced as feedstock for the biodiesel market. This improves the income levels of small-scale Jatropha producers in the local biofuels market. Foreseen activities include: Analysis of progress in electrification and implementation of renewable energy options in the San Martín region, in order to prioritize communities to implement isolated systems for electricity generation and identify a suitable community to implement a pilot project. Baseline study (socio-economic, energetic) of the pilot project community and elaboration of technical studies refining the model of power generation based on bioenergy. Implementation of the pilot project in the community of Santa Rosillo: Access to electricity at village level based on local production of biogas. Development and validation of a management model to ensure sustainable implementation of the system at community level. Implementation of a bioenergy demonstration module in INIA: production of biogas for electricity, as an integral component of the Jatropha value chain. Accompanying the Mesa Técnica de Biocombustibles and associated local organizations in the development and validation of the Jatropha value chain, including the use of sub-products. Systematization and dissemination of results and lessons learned, its discussion in public-private platforms, looking for a replica of the project (and its different components), where appropriate. By developing these activities together with local organizations from public sector, private sector, NGOs, research institutes etc., in a multi-stakeholder approach, a joint learning process is assured, creating the capacity and know-how within local organizations to seek replication where successful. The anticipated results are increased access to renewable energy and increased income and employment opportunities for low-income residents and producers in these isolated Amazonian communities. SNV Netherlands Development Organisation 16 Case Studies 2010

Outcomes Under the leadership of SNV in this project, the following outcomes are foreseen (project time schedule: 2010-2012): Knowledge of the utilization of residues and alternative crops such as Jatropha as a source for bioenergy production and electricity generation. Validation of a high-productivity level production system for Jatropha, with associated food crops, and its transformation for energy production based on vegetable oil and biogas. Implementation of an integrated model for the production of electricity in isolated communities of the Amazon, based on local production of biogas with biomass residues and cow dung. Implementation of a management model validated in the community involved in the pilot project, identifying relevant actors, roles and responsibilities in the value chain, in order to ensure the sustainability of the production process and transformation model. Consolidation of the Jatropha value chain, including the uses of subproducts from the production process (such as the generation of biogas from Jatropha seedcake), opportunities related to carbon markets and the sustainable articulation between small-scale, associated producers of Jatropha with biofuel production companies, in a market oriented win-win approach. Systematization of lessons learned, dissemination of results and the generation of a learning community for knowledge exchange and policy development, seeking potential replication of successful components in the program. Impact In terms of impact, the following has been achieved through this project until now (2010; conclusion project foreseen in 2012): A community of 43 families (224 people) now has the perspective to obtain sustainable access to electricity from bio-energy as of 2011 (pilot project). Furthermore, the pilot project implies a potential to be replicated in thousands of communities in the Peruvian Amazon and abroad. An amount of more than 400 ha. of plantations of Jatropha has been established between companies and small producers, providing a productive alternative for deforested, degraded areas. Depending on the productivity of the plantations, this will increase the income of approximately 225 small producers (and more to come in the following years). Increased private investment in Jatropha production with an Inclusive Business approach (5 companies so far), providing a perspective for income and employment opportunities for small producers. The project builds on SNV s presence and experience in the biofuels sector in the San Martin region since 2008, promoting inclusive business schemes and the establishment of publicprivate platforms for knowledge building, policy development and sustainable biofuels promotion, at that time still working with core subsidy from DGIS. The success of this previous work, the need for continuity and innovation, and the foreseen impact of the proposal convinced Cordaid and Fact Foundation to finance this 3 year project. The Regional Government of San Martín and its regional president have played a key role in the success of this BioSynergy project, because it is the Government that from the start identified sustainable bioenergy as a critical issue to work on and adopted the Inclusive Business approach (also in other sectors). The Regional President identified renewable energy access as a main policy for the region, together with environmental sustainability. This has contributed to a sustainable and inclusive growth of the region since then, recognized by the population in the re-election of the government administration. A group of motivated representatives from private sector, public sector, research institutes, NGOs etc, united in the Mesa Tecnica de Biocombustibles de San Martín, combined with serious investments from the regional government (such as 3 M USD financing for Jatropha research SNV Netherlands Development Organisation 17 Case Studies 2010

and promotion programs), attracted investments from outside the region (national and international companies), contributing to a consolidation of the inclusive business approach and ratifying the potential for bioenergy options in the Amazon region. Lessons learned The success of the experience demonstrates the need to work in inter-institutional platforms to create critical mass and to generate the necessary knowledge base to achieve the desired impact. It also demonstrates the importance of combining different levels of intervention: at policy and decision making level, but also at the level of farmers organizations and communities, in order to respond to the needs and opportunities in the field and make knowledge-based decisions that make sense for the stakeholders and organizations involved. When working with the public sector and in public-private platforms, emphasizing the role of the private sector is key for giving continuity to the initiatives, due to the instability of people within the government (people changing/leaving positions). With regard to the pilot project for electrification, it was clearly identified that a sound previous diagnosis is needed to identify with all relevant stakeholders - the right place and focus for implementing such a pilot. The diagnosis (first step in the project) forced the project team to refocus the other components of the project, in order to better respond to the needs and interests of the stakeholders. This obviously has affected project planning and budget, but on the other hand, the findings of the analysis have allowed for technical simplifications in the pilot project that over time (and in replications) will imply gains in time and resources. It demonstrated the need for flexible projects and the value of flexible donors accepting those changes. Sustainability Sustainability in this project is looked after in different ways: In the whole project, we actively work together with relevant local actors from public sector, private sector and inter-institutional platforms, to strengthen capacities and establish the know-how to guarantee continuity on the long term. In the promotion of Inclusive Business models with biofuels, attention is being paid to international sustainability criteria (such as RSB), most importantly in the Amazon: avoiding deforestation, installing plantations in already deforested areas without actual production, seeking intercropping with food crops. Systematization of results and lessons learned (in publications, videos, etc) and dissemination (in events, websites, virtual platforms, etc) will guarantee sharing of the knowledge at different levels, seeking replication and scaling where possible. The pilot project is meant to demonstrate the feasibility of an integrated and selfsufficient renewable energy access model, while validating productivity and profitability within the Jatropha value chain. In that sense, replication and scaling up will only be aimed at, in case the analyzed options effectively present a more potentially effective alternative and only if minimal necessary conditions are present. In that sense, risks are present that foreseen outcomes and impact will not be able to be achieved or maintained, when moving from pilot project to large-scale roll-out of implementation in the follow-on phases. A key feature of the pilot project for electrification (and learning from other experiences), is the establishment and implementation of a management model that permits the community to take charge of their bioenergy power system, do maintenance, administration, etc; with all capacity-building and technical assistance required. If successful, huge potential exists for scaling and replication of the BioSynergy project. Due to the interest of donors in issues related to climate change, good potential might exist for additional funding and partnerships. Quotes: SNV Netherlands Development Organisation 18 Case Studies 2010

For the richness of the case study to come across, photos and quotes are needed. Photographs must be of high quality 7 (high resolution) and show what SNV does: improved client performance, improved enabling environment, or impact. Quotes and testimonials make a case study convincing and interesting. Include reactions from clients, their target population, partners, LCBs and donors in the case study where possible. Quotes on what makes SNV ( s intervention) special, SNV s specific added value, by other development organisations / donors, are especially interesting for PRM purposes ( PRM jewels ). Quotes and photos are of course best collected throughout the year. Standard data Start and end date of the contract within which the intervention(s) occurred: 01-1-2010 until 31-12-2012 Composition of the team: SNV-staff/LCBs and external consultants: Martijn Veen, Abel Pezo, Jean Velásquez. LCB (Practical Action): Fernando Acosta, Benito Ramirez. Local allies (members of Mesa Técnica de Biocombustibles de San Martín, Regional Government of San Martin, INIA). Number of PP-days already invested and planned to be invested per category (staff/lcb/external consultant). PPdays invested 2010: - Staff: 106 - LCB: 120 - Consultants: 198 PPdays to be invested in total (expected 2010-2012): - Staff: 428 - LCB: 360 - Consultants: 1350 Relevant partnerships: CORDAID, FACT Foundation, Practical Action (formerly known as ITDG), Gobierno Regional de San Martín, Instituto Nacional de Innovación Agraria (INIA) The financial resources to be invested: CORDAID: 241,419 (cash) FACT Foundation: 149,863 (cash) SNV: 43,627.60 (staff, in-kind, cash) Practical Action: 5,517.68 (staff, in kind) Total: 440,427 Additional co-investment in pilot projects assured later: Regional Government of San Martin: 26,832.48 (cash, not considering staff investment) INIA: 7,590.51 (cash, not considering staff investment) Client satisfaction and enhanced capacity scores (scores on outcome and impact): 3 (satisfactory) 7 Instructions on where to upload the photos will follow. SNV Netherlands Development Organisation 19 Case Studies 2010