Additional Information

Field Value
Data last updated June 1, 2026
Metadata last updated June 2, 2026
Created June 1, 2026
Format PDF
License License Not Specified
Datastore activeFalse
Datastore contains all records of source fileFalse
Has viewsTrue
Id9ad17230-68ee-46cc-93fc-cf7b00c3e9d7
Mimetypeapplication/pdf
Name translated{'en': 'Piloting Sustainable Use Cases of Rice Straw – A Feasibility Study', 'km': 'Piloting Sustainable Use Cases of Rice Straw – A Feasibility Study', 'lo': 'Piloting Sustainable Use Cases of Rice Straw – A Feasibility Study', 'my_MM': 'Piloting Sustainable Use Cases of Rice Straw – A Feasibility Study', 'vi': 'Piloting Sustainable Use Cases of Rice Straw – A Feasibility Study'}
Package id3e2d9d16-a5cd-4db2-a4af-e930d286f072
Position0
Resource description{'en': 'This document is a pre-feasibility study that evaluates and proposes innovative methods for collecting, processing, and recycling rice straw as alternatives to open-field burning. It examines current crop residue management practices and presents value-added solutions such as organic fertilizer production, mushroom cultivation, bioenergy (biochar and biogas), and environmentally friendly construction materials. While these approaches offer significant potential to improve farmer livelihoods and promote a circular economy, implementation remains constrained by challenges in mechanized collection, post-harvest logistics, and market development. The report outlines five key policy recommendations: improving mechanization, strengthening storage and transport systems, creating an enabling investment environment, raising public awareness, and fostering sustainable multi-stakeholder collaboration.', 'km': '', 'lo': '', 'my_MM': '', 'vi': ''}
Stateactive
Name Piloting Sustainable Use Cases of Rice Straw – A Feasibility Study
Description

This document is a pre-feasibility study that evaluates and proposes innovative methods for collecting, processing, and recycling rice straw as alternatives to open-field burning. It examines current crop residue management practices and presents value-added solutions such as organic fertilizer production, mushroom cultivation, bioenergy (biochar and biogas), and environmentally friendly construction materials. While these approaches offer significant potential to improve farmer livelihoods and promote a circular economy, implementation remains constrained by challenges in mechanized collection, post-harvest logistics, and market development. The report outlines five key policy recommendations: improving mechanization, strengthening storage and transport systems, creating an enabling investment environment, raising public awareness, and fostering sustainable multi-stakeholder collaboration.