Ivan S. Patingo
BSME 3-A
Title: Pedal-powered Manual Pelletizer
Introduction:
As the world grapples with the pressing issues of environmental sustainability and
resource conservation, novel solutions that combine ingenuity and practicality are gaining
prominence. In this context, the study of pedal-powered manual pelletizers emerges as a
compelling area seeking to make a meaningful contribution to the sustainable energy and
agricultural sectors. These ingenious machines utilize human power, harnessed through a
pedal-driven system, to transform raw materials into compact, eco-friendly pellets. This research
endeavor aims to provide a comprehensive understanding of pedal-powered manual pelletizers,
exploring their design, functionality, and versatile applications. By investigating the potential of
these devices, we embark on a journey to unveil their significance in addressing the dual
challenges of resource scarcity and environmental degradation.
The cornerstone of this research lies in examining the intricate engineering and
mechanical aspects that underpin pedal-powered manual pelletizers. These devices offer an
environmentally friendly alternative to traditional pelletizing methods, as they require no external
power source, relying solely on the physical exertion of the operator. Furthermore, the research
will delve into the operational principles governing these machines, elucidating how pedal power
is harnessed to efficiently compress and shape various raw materials into dense pellets.
Understanding the technical aspects of these devices is essential to uncover their true potential
as a sustainable energy and agricultural innovation.
Moreover, this study will explore the wide array of applications for pedal-powered
manual pelletizers. From addressing the energy needs of off-grid communities to enhancing the
efficiency of biomass utilization in agriculture, these machines hold the promise of transforming
how we produce, store, and utilize resources. By delving into their practical use cases, this
research aims to highlight the transformative impact that pedal-powered manual pelletizers can
have on diverse industries, and how they contribute to a more sustainable and resource-efficient
future.
Objectives:

To design a pedal- powered system that minimizes energy consumption and provides a
sustainable way to produce fuel pellets or other compressed products.

To empower rural communities by providing them with the means to produce valuable
products like fuel or feed pellets, potentially improving their economic conditions.

To develop an affordable alternative to electric or gasoline-powered pelletizer making
pellet production accessible in areas with limited resources.

To create a compact and cost-effective pelletizer for small-scale or community-level
pellet production, such as biomass pellets or animal feed.