Ecostan Machines Presents Jumbo 90 Briquette Machine for Sustainable Energy Production

India – September 15, 2026: With the growing demand for renewable and sustainable fuel solutions, Ecostan Machines continues to provide advanced biomass processing technologies designed to convert agricultural and forest waste into valuable energy resources. The company is highlighting its Jumbo 90 Briquette Machine, a high-performance solution for producing dense biomass briquettes for industrial and commercial applications.

The Jumbo 90 Briquette Machine is designed to process prepared biomass materials and convert them into compact, high-density briquettes. Ecostan’s current 90 HD briquetting model offers briquette production of approximately 1.3–2.0 TPH, depending on feedstock characteristics, with 90 mm briquettes and support for pellet production in selected configurations.

Efficient Biomass Fuel Production

Biomass residues such as agricultural waste, forest residues, sawdust, rice husk, paddy straw, and other suitable materials can be processed into useful solid fuel. By compacting loose biomass, briquetting can make the material easier to handle, transport, store, and use for heat generation.

The Jumbo 90 Biomass Briquetting Machine is suitable for businesses looking to establish or expand biomass fuel production operations. Its robust construction and industrial-oriented design are intended to support consistent production and reliable operation.

Supporting Agricultural Waste Utilization

Agricultural residues can create storage and disposal challenges when they are not properly utilized. Briquetting provides a way to convert suitable residues into a more compact and usable fuel form.

The technology can be applied to different biomass feedstocks, subject to their required preparation, particle size, moisture, and density. Ecostan states that its briquetting process can use granulated agricultural and forest waste with appropriate moisture levels and forms the briquettes through mechanical compression without requiring binding agents.

A Rice Husk Briquetting Machine configuration can also help biomass processors convert rice husk and similar agricultural residues into compact fuel. This can support better utilization of locally available waste while creating an alternative source of renewable solid fuel.

Designed for Industrial Applications

The Jumbo 90 series is positioned for medium- to large-scale biomass fuel production. Depending on the specific model and configuration, Ecostan’s 90-class machines can produce cylindrical briquettes and, in suitable configurations, pellets in multiple diameters.

The resulting biomass fuel can be used as a renewable alternative for heat generation in industrial boilers, power plants, and other applications where suitable biomass fuels are required.

A Sustainable Approach to Biomass

The conversion of agricultural and forestry residues into biomass fuel can help create value from materials that might otherwise be treated as waste. Briquetting also reduces the bulkiness of loose biomass, supporting easier handling and transportation.

For businesses seeking dependable biomass processing equipment, the Jumbo 90 Briquette Machine represents an option for integrating waste utilization with renewable energy production.

About Ecostan Machines

Ecostan Machines is a manufacturer of biomass processing and renewable fuel machinery, offering solutions for briquetting, pelletizing, grinding, shredding, drying, sawdust production, and other biomass processing requirements. The company operates a substantial manufacturing and R&D facility and provides a broad range of biomass machinery for converting agricultural and forest residues into useful fuel resources.

Ecostan’s product portfolio includes briquetting machines, DualFeed briquetting machines, Ring Die Pellet Mills, Hammer Mills, Flash Dryers, Rotary Dryers, Dual Shaft Shredders, Sawdust Machines, and other biomass processing equipment.

Through its focus on engineering, innovation, and sustainable waste conversion, Ecostan Machines aims to help industries transform biomass waste into valuable renewable energy resources and build more efficient biomass fuel production systems.