Venture — Early Stage

Banana Fiber

Turning agricultural waste into durable, sustainable goods.

Banana plants produce fiber as a byproduct of every harvest. We are exploring how that material becomes something useful, lasting, and worth making.

Sample production in progress

The Idea

Every banana harvest leaves behind the plant's stem — a dense, strong fiber that is typically discarded or burned. In communities where bananas are a primary crop, this waste is enormous and constant. Banana fiber is naturally strong, biodegradable, and requires no additional land or water to produce. The raw material already exists. The question is what to make from it.

We are starting with everyday carry goods — bags, totes, and accessories — where the material's texture and durability are an advantage, not a compromise.

Product Direction

Tote Bag Woven banana fiber · natural texture · everyday carry
Clutch Structured banana fiber · natural clasp · handcrafted
Storage Basket Traditional weave · strong and lightweight · home use

Where It Comes From

Banana plant waste — a material hiding in plain sight

After every harvest, banana plants are cut down. The stems and stalks — full of long, strong natural fibers — are typically left to decompose or burned. Globally, this represents millions of tons of unused material each year. Our work is in learning how to turn that into something people want to own.

Core Team

Abhijit Das
Abhijit Das, PhD
Co-lead · Strategy & Market
Abhijit Das is an engineer and entrepreneur working to convert banana agricultural waste into scalable, value-added products. He brings experience in systems engineering, product development, and cross-functional execution to the venture. His focus is on building simple, practical solutions that create both economic and environmental impact.
Debasish Kuila
Debasish Kuila, PhD
Co-lead · Production & Sourcing
Prof. Debasish Kuila is a Professor of Chemistry at North Carolina A&T State University and a leader in nanomaterials and catalysis research. His work focuses on bioenergy, hydrogen production, and advanced materials for sustainable energy applications. He has led major federally funded research programs and collaborations across academia and industry.

Current Status

Stage Concept validation · sample production underway
Products Bags, totes, and accessories · first samples targeting 50 units per product type
Market U.S. — sustainable goods, natural materials, conscious consumption
Next step Sample delivery and quality review before committing further
Interest Reach out at abhijit.d80@gmail.com — wholesale, partnerships, or feedback welcome
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