Basic level assessment of quantities to all members of the local 1. Guideline documents of biomass generation, quantities that project team for: can be collected and its suitability for 2. Organized training a. Assessment of WAB use in energy generation: workshop (2 day training and its quantification Study on assessment of major waste and 1 day for on-the-job and characterization, agricultural biomass generation guidance) b. Assessment of including projections for future 3. Supervise and get the prevailing WAB Quantification and characterization assessments carried out management system of waste agricultural bio-mass being 4. Supervise and get the 2. Deliver training to generated report prepared. the local project team. Study of the feasibility of collection 3. Review and finalize of waste agricultural bio-mass and its the report. suitability for use in energy generation 1. Made the Compendium Provided: Activity 3: Identification and assessment (using of technologies and 1. Compendium of tools like Sustainability Assessment Document on methodology technologies for of Technologies) of technologies of Sustainability converting WAB into with regards to their applicability in Assessment of technologies energy, developing countries. The (SAT) available to all 2. Document on technologies will cover different members of the local project methodology of options for using biomass waste as a team Sustainability source of energy such as 2. Organized training Assessment of fermentation, pyrolysis, gasification, workshop (2 day training) technologies (SAT), briquetting, etc.: 3. Supervised and got the 3. Delivered training Identification of appropriate assessment of technologies on: technologies for using waste carried out based on data a. Technologies for agricultural biomass as a source of collected in Activity 2. converting WAB into energy keeping in view local 4. Selected appropriate energy conditions technology. b. Methodology of Assessment of different technologies 5. Supervised and got the Sustainability with respect to their report prepared. Assessment of
Basic level assessment of quantities of biomass generation, quantities that can be collected and its suitability for use in energy generation: Study on assessment of major waste agricultural biomass generation including projections for future Quantification and characterization of waste agricultural bio-mass being generated Study of the feasibility of collection of waste agricultural bio-mass and its suitability for use in energy generation to all members of the local project team 2. Organized training workshop (2 day training and 1 day for on-the-job guidance) 3. Supervise and get the assessments carried out 4. Supervise and get the report prepared. 1. Guideline documents for: a. Assessment of WAB and its quantification and characterization, b. Assessment of prevailing WAB management system 2. Deliver training to the local project team. 3. Review and finalize the report. Activity 3: Identification and assessment (using tools like Sustainability Assessment of Technologies) of technologies with regards to their applicability in developing countries. The technologies will cover different options for using biomass waste as a source of energy such as fermentation, pyrolysis, gasification, briquetting, etc.: Identification of appropriate technologies for using waste agricultural biomass as a source of energy keeping in view local conditions Assessment of different technologies with respect to their 1. Made the Compendium of technologies and Document on methodology of Sustainability Assessment of technologies (SAT) available to all members of the local project team 2. Organized training workshop (2 day training) 3. Supervised and got the assessment of technologies carried out based on data collected in Activity 2. 4. Selected appropriate technology. 5. Supervised and got the report prepared. Provided: 1. Compendium of technologies for converting WAB into energy, 2. Document on methodology of Sustainability Assessment of technologies (SAT), 3. Delivered training on: a. Technologies for converting WAB into energy b. Methodology of Sustainability Assessment of
Final%20Report%20WAB2E%20OUTPUT%20XII%20%20overall%20project%20report.docx