Biomass aggregation refers to the process of gathering and collecting organic matter derived from living or recently living organisms. It involves the accumulation of plant residues, animal waste, or dedicated energy crops for various purposes, such as energy production, biofuels, or composting.Â
Lack of robust institutional and market mechanism for efficient agri-residue aggregation, collection, and storage is critical gap in Biomass value chain development. Bio Trend Energy is working with rural youths in various states of India; creating viable business models in agro-residue aggregation, collection, storage & processing; dealing with farmers, and all stakeholders.
Biomass aggregation plays a vital role in sustainable resource management and provides an alternative to fossil fuels, contributing to a greener and more environmentally friendly future.
Biomass Aggregation & collection model in state of Madhya Pradesh
Parameter
Raisen
Chhatarpur
Types of Biomass
Bamboo residue, Parali, soyabean
Sesame, Urad, Mustard Straw, Mustard Husk
Major activity
Biomass Aggregation & Pellet production (Under Implementation)
Biomass Aggregation & Pellet production (under implementation)
Capacity
20 TPD
20 TPD, 70 mm Diameter
Biomass aggregation & collection model in Uttar Pradesh
Biomass Aggregation & Collection Models in state of Himanchal Pradesh
Parameter
Kangra, HP
Types of Biomass
Pine Needle, Bamboo & Lantana
Major Activity
Biomass Aggregation & Pellet production (Under implementation)
Capacity
20 TPD
Biomass Aggregation provide benefits
We performs various activities in these area which include: –
Convert agricultural residues into briquettes/pellets for industries, HHs, and TPPs.
This also avoids biomass burning.
Production of Biomass pellets also limits GHG emission.
Also, helps in combating air pollution & climate change
In conclusion, biomass aggregation and collection models are essential for efficient and sustainable utilization of organic matter. These models facilitate the gathering of biomass from diverse sources, enabling its conversion into renewable energy sources and valuable products.
By optimizing biomass aggregation, we can contribute to a more sustainable and eco-friendly energy landscape while reducing reliance on fossil fuels.