tailieunhanh - Assessment and prioritisation of low-carbon technology for the waste sector in Vietnam

This paper presents a multi-criteria assessment approach for the prioritisation of low-carbon technologies for the waste sector in order to enable the implementation of Vietnam’s nationally determined contributions (NDCs) in terms of the Paris Agreement. A four-step approach is developed for assessing and prioritising low-carbon technologies for the waste sector using this approach. A set of five criteria and indicators are defined for multi-criteria assessment. Based on mitigation options defined in the NDCs, a shortlist of 26 technological options are defined. The multi-criteria assessment and prioritisation is conducted based on the shortlist. The assessment results in eight prioritised low-carbon technologies. Of the eight technologies prioritised, semi-aerobic landfill, which is a low cost and relatively simpler technology than the other technologies evaluated and can contribute to greenhouse gas emission reduction, is given the highest priority. The technical, financial, and social and environmental feasibility of each of the technologies evaluated is presented. | Assessment and prioritisation of low-carbon technology for the waste sector in Vietnam

• Môi trường
• Emission reduction
• GHG waste sector
• Low carbon technology
• Multi criteria assessment and prioritisation
• Low carbon technology
• The waste sector
• Green House Gas (GHG)
• Green Growth Action Plan (GGAP)
• Inter governmental Panel on Climate Change (IPCC)
• Methodology for calculating GHG emission
• International Conference on Emerging Challenges
• Environmental security
• Rate of CO2 emission
• Carbon dioxide emission
• Electricity generation
• Hydroelectricity and renewable energy
• Greenhouse gases reduction
• Infrastructure export
• Verification on modal shift
• Modal shift
• GHGs emission in transportation sector
• Air Emissions
• Petroleum
• Refinery
• Guidance
• gas industry
• paper manufactured
• environment
• prevalence of pulmonary
• Subjects and Methods
• cross sectional
• largely contributed
• reduction of prevalence
• highly needed
• Climate change
• Greenhouse gases
• GHGs curtailers in rice fields
• Soil amendments as GHGs curtailers
• Carbohydrate polymers
• Life Cycle Assessment
• Carbon emission
• Cellulosic fiber materials
• Polyethylene terephthalate
• stealth technology
• RADAR
• Vehicle shape
• Radar Absorbing Materials
• IR Emission
• IR Reduction
• Environmental kuznets curve
• External debt
• External debt on emissions
• Stability test results – 1
• Policies for emission reduction
• Consumer Impacts
• Travel Reduction Impacts
• Road Safety
• Congestion and Facility
• Cost Savings
• Energy and Emission