BPP announces six new carbon markets partnerships in Vietnam

BPP is excited to announce six new partnerships for carbon markets development in Vietnam!

The new partnerships will promote the growth of sustainable carbon markets that deliver significant social and environmental benefits to communities in Vietnam, by working to test and trial new approaches within voluntary market frameworks to reduce greenhouse gas emissions, lower carbon market entry barriers for producers, build capacity of local stakeholders, and deliver important social benefits.

The six new partnerships are:

• Incentivising low emissions rice production through satellite technology – A partnership with CarbonFarm Technology, the International Rice Research Institute, Rikolto and DFAT to train and support rice producers to move to lower emission practices.  The partnership will also pilot a world-first satellite-driven Measuring, Reporting and Verification solution for rice. The satellite MRV will leverage advances in remote-sensing technology to detect sustainable practices and accurately estimate emissions reductions from satellite images. International Rice Research Institute is providing scientific advisory and on-the-ground data control support to ensure the project achieves the desired emissions reductions.
• Scaling carbon markets access for sustainable rice producers – A partnership between the International Rice Research Institute – Vietnam, Gold Standard and DFAT to develop a new methodology for generating carbon credits from rice production. The initiative aims to create a digital platform that simplifies the process of registering and assessing mitigation projects under the new methodology, and deliver training and capacity-building tools to guide widespread use of the methodology and platform and enable smallholder rice producers to engage in carbon markets.
• Enabling nature-based carbon projects – A partnership with NatureCo, One Tree Planted, the Centre for Nature Conservation and Development, Cooper Energy and DFAT to identify opportunities for Nature-Based Solutions (NbS) across Vietnam, work with local organisations to build carbon skills and develop a NbS pilot project focused on carbon mitigation through reforestation. Learnings gained will be used to develop a toolkit and lay the foundations for future growth and private sector investment in NbS in Vietnam.
• Upland agrofrestry for incomes and carbon sequestration – A partnership with Greenfield Consulting and Development, the University of Queensland, the Forest Science Centre of Northwest Vietnam and DFAT to generate carbon credits by planting timber and multi-purpose (fruit and timber) trees on sloping cropland in Son La province, Vietnam. The project aims to plant 100,000 trees and generate at least 300,000 tonnes of carbon abatement for carbon credits – improving local livelihoods and the environment.
• Biochar for carbon removal and improved livelihoods – A partnership with Biocare Projects, EnergyLink Services, the University of Adelaide, Ho Chi Minh City University of Technology, Mai Anh Dong Thap and DFAT to establish biochar production in the Mekong Delta. The project aims to remove approximately 15,000 tonnes of CO²e annually, creating new income streams for local communities through carbon credits and the purchase of biomass feedstock.
  
• Promoting nature-based solutions through afforestation carbon projects– A partnership with South Pole, Energy and Environment Consultancy (VNEEC) and DFAT to Nature-based Solutions carbon projects in Vietnam and support the enabling environment for Jurisdictional and Nested REDD+ projects, using existing afforestation projects in Northwest Vietnam as a model. The partnership will work to strengthen individual and institutional capacity to implement carbon projects, through on-the-ground assistance, training and technical support – building a sustainable pathway for future forest management and carbon projects.

The partnerships will run from November 2022 to November 2024. Find more information on each partnership at the links above.