Renewable Fuel Filtration Solutions

Renewable Fuel Filtration Solutions

Cricketfilter® – Advanced Filtration for Biofuels and Renewable Diesel

As global demand for cleaner energy rises, producers of renewable fuels, biodiesel, and renewable diesel must optimize filtration to meet performance, environmental, and economic goals. At Amafilter®, we deliver high-efficiency filtration systems for renewable fuel production, with the Cricketfilter® leading the way.

Why Filtration Matters in Renewable Fuel Production?

Effective solid-liquid separation is critical at every stage of the renewable fuel process — from used cooking oil (UCO) and animal fat pre-treatment, to glycerin removal, catalyst recovery, and final product polishing.


  • Feedstock filtration: Used cooking oil (UCO), tallow, yellow grease, palm oil
  • Soap and glycerin removal
  • Catalyst recovery
  • Polishing of methyl esters or hydrocarbons
  • Catalyst fouling
  • Downtime from clogging
  • Poor yield and product purity
  • Regulatory compliance issues

The Cricketfilter® is a fully automated, self-cleaning pressure filter system designed to handle viscous liquids, high solid loads, and variable feedstocks — common in biofuel and renewable diesel production.


  • High solids handling capacity – Ideal for challenging feedstocks
  • Fully automated operation – Minimal operator involvement
  • Compact design – Easy integration in new or existing facilities
  • Low maintenance – Long cycle times and low downtime
  • Dry cake discharge – Minimizes waste and improves disposal efficiency
  • CIP capability – Enables clean-in-place functionality
  • Improved product quality
  • Increased throughput
  • Lower operating costs
  • Greater process stability

Its fully enclosed design helps meet environmental compliance and sustainability targets.

Looking to optimize your biofuel or renewable diesel process?

Discuss Your Renewable Fuel Application Today!

Find out more about how amafilter®, part of Filtration Group, can assist you solve your solid liquid filtration challenges and improve your processes.