Climate Story
Mapping the Carbon Footprint of Nepal's Craft Sector
Understanding the environmental impact of handmade craft production is an essential step toward building a sustainable future.
Sana Hastakala is mapping the lifecycle of handmade knitwear to better understand emissions across the supply chain, strengthen artisan capacity, and create practical tools that support low-carbon craft production.
Hero Image — Nepali artisans knitting sustainable handmade products
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Why It Matters
Why This Project Matters
Nepal's handicraft sector provides livelihoods for thousands of artisans, particularly women and marginalized communities. Handmade products preserve generations of traditional knowledge while creating income opportunities throughout the country.
As international buyers increasingly demand transparency, sustainability, and environmental accountability, understanding the carbon footprint of handcrafted products has become essential for maintaining market access.
This initiative establishes a practical foundation for measuring emissions, improving production practices, and preparing Nepal's craft sector for evolving environmental standards while preserving the authenticity of handmade craftsmanship.
Illustration — Women artisans producing handmade knitwear
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Project Overview
Mapping Nepal's Craft Carbon Footprint
Sana Hastakala is mapping the complete lifecycle of handmade knitwear to identify where greenhouse gas emissions occur and where meaningful reductions can be achieved.
Every stage of production contributes differently to the overall environmental impact of a product. By studying the entire lifecycle—from sourcing raw materials through production, transportation, product use, and end-of-life—the project creates practical knowledge that artisan organizations can apply to improve sustainability while remaining competitive in international markets.
Raw Materials
Assess emissions associated with sourcing wool, dyes, packaging, and supporting materials.
Production
Measure emissions from washing, spinning, knitting, finishing, and quality control.
Transportation
Evaluate local transport, export logistics, warehousing, and international shipping.
Product Use
Estimate the environmental impact during the consumer use phase.
End of Life
Understand disposal, recycling, reuse, and circular economy opportunities.
Lifecycle Assessment Diagram
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Life Cycle Assessment
From Raw Materials to End-of-Life
Rather than focusing only on manufacturing, the project evaluates the environmental impact of an entire product journey.
This comprehensive Life Cycle Assessment (LCA) makes it possible to identify emission hotspots, compare alternative production methods, and prioritize improvements that create the greatest environmental benefit.
The resulting methodology becomes the foundation for a Carbon Toolkit that artisan groups can use to monitor emissions, strengthen sustainability reporting, and prepare for future international environmental requirements.
Lifecycle stages evaluated
Practical carbon measurement framework
Carbon Toolkit
A Practical Framework for Measuring Carbon
The Carbon Toolkit transforms complex lifecycle assessment into a practical workflow that artisan organizations can understand, apply, and continuously improve.
Understand Carbon
Understand lifecycle emissions from raw materials through disposal.
Map Life Cycle
Track every stage of production using Life Cycle Assessment (LCA).
Measure Carbon
Apply recognized emission factors to calculate greenhouse gas emissions.
Apply Results
Use insights to improve sustainability, reduce emissions, and strengthen climate resilience.
Case Study
Handmade Wool Knitwear
The current research focuses on handmade wool knitwear as a representative product within Nepal's craft sector.
Wool knitwear represents one of Nepal's strongest handicraft export categories and provides a practical foundation for developing a repeatable carbon assessment methodology.
Every stage—from sourcing wool to spinning, knitting, finishing, packaging, transportation, customer use, and eventual disposal—is documented to understand the complete environmental footprint.
Once validated, this methodology can be adapted for other handicraft products such as felt goods, home décor, accessories, and textile-based exports.
Primary Product
Handmade wool knitwear
Repeatable Model
Applicable across Nepal's handicraft sector
Handmade Wool Knitwear Case Study
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Nepal Craft Export Infographic
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Industry Context
Nepal's Craft Export Landscape
Textile-based handicrafts dominate Nepal's craft exports. Felt and wool products represent the largest share of the sector, making them ideal candidates for carbon verification and green market positioning.
Nepal's craft sector contributes significantly to employment, particularly for women, marginalized communities, and people with disabilities, while preserving traditional craftsmanship.
Although international demand has stabilized following the COVID-19 pandemic, buyers increasingly require evidence of environmental responsibility and sustainable production.
Nepal's transition from Least Developed Country (LDC) status further increases the importance of sustainability reporting, carbon accounting, and transparent supply chains.
Major handcrafted export category
Growing sustainability expectations
Transition driving stronger reporting requirements
Increasing demand for transparent supply chains
Life Cycle Assessment
Carbon Footprint of a Wool Scarf
Understanding where emissions occur helps prioritize actions that create the greatest environmental impact.
Where do emissions occur?
Life Cycle Assessment findings indicate that the majority of emissions occur during:
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Raw Material Sourcing
Wool production and material sourcing represent one of the largest contributors to lifecycle emissions.
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Transportation
Domestic logistics and international shipping account for another significant portion of the carbon footprint.
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Hand Knitting
Manual knitting contributes less than one percent of the total lifecycle emissions, demonstrating the inherent sustainability of traditional handmade production.
By building a carbon monitoring model, Sana Hastakala aims to create practical tools that can be replicated across Nepal's craft sector, enabling organizations to measure emissions, reduce climate risks, and improve long-term sustainability.
Objectives
Project Goals
Research Existing Supply Chains
Develop Carbon Framework
Build Carbon Toolkit
Expected Outcomes
Expected Impact
Better carbon measurement
Improved supply chain transparency
Increased climate resilience
Greater international market readiness
Collaboration
Project Partners
This initiative is made possible through collaboration between organizations committed to strengthening Nepal's craft sector and advancing climate action.
Sana Hastakala
StoryCycle
British Council Nepal
Supporting Sustainable Craft
By understanding where emissions occur and how they can be reduced, Nepal's craft sector can preserve traditional skills while meeting the expectations of future global markets.
Climate action and cultural preservation can move forward together.
Learn More About Sana Hastakala