Alternative fuel-example 1


Release Time:

Nov 11,2024

 

Process introduction:

SIDSA Alternative Fuel process is primarily designed for the resource recovery of high-calorific industrial waste materials such as used textiles, waste leather, waste wood, waste paper, waste rubber, waste plastics, and waste composite packaging. This system uses a combination of dual-shaft shredders + air separator (windshifter) + single-shaft shredder. By integrating different functional equipment, it can effectively remove impurities, recover metals, and separate light combustible materials. It also ensures the desired granulometry, safely producing high-quality alternative fuel to meet various customer needs.

Advantages of the solution:

- Simple process, compact layout, saving investment costs

- Modular design concept, convenient for maintenance and repair

- Blades are durable and wear-resistant, with low operation and maintenance costs

- Granulometry is controllable, with a qualification rate as high as 95%

- Automated operation, effectively reducing labor costs

- Intelligent monitoring and protection, ensuring safe and reliable operation

- Capable of processing complex materials with a wide range of applications

What Else Might You Learn?

SIDSA focuses on technological research and innovation in the field of waste pretreatment

Jan 27,2026

SIDSA Participates in the World Economic Forum (WEF) Annual Meeting in Davos

The World Economic Forum (WEF) Annual Meeting in Davos is regarded as one of the most influential global conferences. Each year, it brings together governments, international organizations, and key industry leaders to discuss critical issues such as energy, environment, and sustainable development. This year’s meeting was held in Davos, Switzerland.

Jan 23,2026

Asia Enwast Expo 2026 | SIDSA at Booth P10, Hall 5–6

SIDSA will participate in Asia Enwaste Expo 2026, taking place from February 4–6, 2026. Booth: P10 (Hall 5-6)

Product

SIDSA focuses on technological research and innovation in the field of waste pretreatment