Description and objectives Sectors Gases Coverage Actors involved Goal Indicators Methodologies and Assumptions contribute to the integrated and sustainable management of the waste that comes out. By linking national political action with local stakeholder engagement and promoting a portfolio of projects with locally appropriate technology solutions, the program seeks to transform Colombia&#39;s waste sector and place it on a path of resilient low-carbon development.. The NAMA contemplates 4 technologies for the reduction of emissions in sanitary landfills that group together some of the prioritized GHG mitigation measures: TMB, Biogas collection, conduction and burning systems, Biogas management and use systems and CDR IPCC Sectors: Waste, 4a. Solid waste disposal and 4c. Incineration and open burning of waste to CO,. N, O, CH, National geographic coverage, from 32 projects in 27 cities: Bogot, Cartagena, Monteria, Ccuta, Manizales, Pasto, Tunja, Neiva, Buenaventura, San Andres, Medellin, Pitalito, Ibagu, Valledupar, Santa Marta, Andean Region, Tunja, Yotoco, Bucaramanga, Barranquilla, Popayn, Armenia, Mosquera, Aguachica, Buga, Barrancabermeja and La Glorita. Temporary coverage: 2018-2030 MVCT and FINDETER as implementing partner The implementation of these actions should lead to the reduction of at least 2.9 Mt CO,eq in GHG emissions per year, within the framework of the Colombian commitment to reduce 20% of GHG emissions by 2030 and promote sustainable growth and the country&#39;s competitiveness. In the development of the preparation stage of the NAMA RSM, the development of the bases of the MRV system for the Water and Sanitation sector (including the NAMA) has been considered, from which the monitoring indicators for the reduction of emissions will be defined. sectorial. TMB systems and biogas collection, conduction and burning systems in sanitary landfills: Potential estimation through the IPCC Waste model, developed by the IPCC, according to the 2006 Guidelines methodology. The national baseline was established from departmental modeling incorporating information on the amount of solid waste disposed