In the pursuit of sustainable energy solutions, the waste-to-fuel process emerges as a pivotal technology, transforming organic waste into valuable biofuels. This innovative approach not only addresses the pressing issue of waste management but also contributes to the reduction of fossil fuel dependency, aligning with circular economy principles. Peroni Pompe, with its advanced pumping solutions, plays a crucial role in this transformative process, drawing on its extensive experience in high-demand applications such as residue upgrading and gasification.

The Waste to Fuel Process: A Closer Look

The waste to fuel technology harnesses the potential of organic waste, including the Organic Fraction of Municipal Solid Waste (OFMSW) and industrial food waste, converting it into bio-oil and biomethane through a process that mirrors natural geological transformations but at a significantly accelerated pace. This conversion is achieved through thermochemical processes, primarily thermoliquefaction, which breaks down the biomass in an aqueous solution into a bio-crude oil. This waste derived fuel, varying in yield based on the input material's composition, can be further refined into biofuels or used as a low-sulfur fuel for maritime transport. Additionally, the process recovers water from the waste, which can be reused in industrial applications, and produces biomethane, a valuable renewable energy source.

Peroni Pompe's Role in Waste to Fuel

Engineered Plunger Pumps for High-Demand Applications

Peroni Pompe's engineered plunger pumps are specifically designed to meet the challenges of the waste to fuel process. These pumps are capable of handling the high pressures and temperatures required for the efficient conversion of organic waste into biofuels. Their robust construction ensures the reliable transport and injection of feedstock and intermediates, even when non-newtonian (paste like) and laden with solids, through the various stages of the process.

Unique TDR Thermal Displacement Recovery Hydraulic End

Peroni’s TDR (Thermal Displacement Recovery) hydraulic end represents a hallmark in pump design, tailored to address the thermal expansion challenges encountered in the waste-to-fuel process. This feature allows Peroni's pumps to adapt to the thermal dynamics of the process, ensuring consistent performance and operational integrity under the demanding conditions of thermoliquefaction.

Supporting Sustainable Energy with Technical Expertise

Peroni Pompe's contribution to the waste to fuel sector is marked by its technical expertise and broad experience with challenging fluids. The pumps are integral to the efficient and sustainable conversion of waste to biofuels, addressing the unique challenges of high temperature and high solids content.

Peroni Pompe's advanced pumping solutions are at the heart of the waste to fuel conversion process, guaranteeing efficiency and reliability. Through its innovative technologies and expertise in handling demanding applications, Peroni Pompe is driving the transition to sustainable energy practices, contributing to a cleaner future.


Download the sector brochure to discover all the applications of our industriail pumps.

Reciprocating pumps

Peroni Pompe’s production range includes Plunger Pumps, Steam Driven Pumps, Process Diaphragm Pumps, Metering Pumps.

Unique product design

Peroni Pompe industrial pumps stand out due to their distinct design attributes.

Worldwide Presence

Global reach, Local support: our worldwide presence ensures unmatched service and spare parts accessibility in strategic location.