The Xrido biomass pellet mill is an intelligent pelletizing device specifically designed for the efficient conversion of agricultural waste (such as straw, rice straw, corn stalks, etc.). It adopts advanced high-efficiency energy-saving motors, intelligent control systems, and high-precision molds, helping enterprises achieve an environmentally friendly, low-carbon, and economical production model, contributing to green energy transformation and sustainable development.
Keywords: Biomass pellet mill, Xrido, intelligent pelletizing equipment, green energy, agricultural waste, environmental protection and energy saving
Many agricultural cooperatives and biomass energy companies have successfully adopted Xrido biomass pellet mills, achieving increased production capacity and reduced costs. Users generally report that the equipment operates smoothly, has a low failure rate, and is easy to maintain, bringing significant economic benefits to enterprises.
Q1: How does the biomass pellet mill ensure uniform pellet size?
A1: The equipment uses high-precision molds and an intelligent control system to ensure that each pellet is full and uniform.
Q2: How to choose the appropriate pellet mill power for your needs?
A2: Depending on the type of raw materials, production volume, and operating environment, we recommend selecting equipment models ranging from 3KW to 90KW. Please contact our technical support for detailed solutions.
Biomass pellet mills compress agricultural and forestry waste (such as sawdust, straw, rice husks, etc.) into high-density pellet fuel through the powerful extrusion of mechanical rollers and molds. The process flow consists of three key stages:
**Raw Material Pretreatment:** Crushing and drying to a moisture content ≤15%
**Compression Molding:** Lignin plasticizes and binds the pellets at a high temperature of 180-220℃
**Cooling and Screening:** Forming regular pellets with a diameter of 6-12mm
Modern biomass pellet mills adopt a modular design, mainly including:
**Transmission System:** High-torque gearbox (transmission efficiency ≥95%)
**Pressure Roller and Mold Assembly:** Special alloy material (service life 3000+ hours)
**Intelligent Control System:** Real-time monitoring of temperature, pressure, and production capacity data
**Dust Removal Device:** Pulse-jet filtration system (dust emission ≤20mg/m3)
High energy conversion rate: Raw material utilization rate exceeds 85%
Significant environmental benefits: Replacing coal reduces CO2 emissions by 2.6 tons/ton
Outstanding economic value: Pellet fuel has a calorific value of 4200-4800 kcal/kg
Strong raw material adaptability: Compatible with 30+ types of agricultural and forestry waste
Industrial heating: Replaces traditional coal-fired boilers in food, textile, and other factories
Residential heating: 40% penetration rate of household pellet fireplaces in Northern Europe
Cogeneration: Drax power plant in the UK consumes 7 million tons of biomass pellets annually
Carbon trading market: Each ton of pellets generates 0.8-1.2 tons of carbon credits
According to Global Market Insights, the biomass pellet equipment market is projected to grow at an annual rate of 8.5% from 2023 to 2030. Driven by policy, demand for equipment in emerging markets such as China and Southeast Asia is surging, with intelligent and large-scale (over 5 tons per hour) equipment becoming a key focus of research and development.
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