Team Members
Samantha Kormanyos, Emilie Pursel, Tristan Manley, Kyle Evans, Pierce Vaccaro, Raphael Perez, Mason Fields, James Stahovec, Eduardo Ruiz, Victer Qiu
Abstract
Our passion for advancing agricultural research has driven the development of a top-tier cow digestion simulator, that combines craftsmanship with advanced functionality, making it the top choice for agricultural researchers. Its sophisticated design reduces operational costs, minimizes maintenance, and simplifies training all while delivering accurate results. This simulator, designed specifically for researchers, reduces operational costs, lowers maintenance needs, and simplifies training through an intuitive user interface. Unlike traditional systems, our unit features energy-efficient components, including a custom power converter and advanced sealing mechanisms, minimizing waste and energy use. The simulator's sophisticated design supports long-term studies, storing up to 32 GB of data (equivalent to 6 months) on-site, with real-time access available through an Arduino cloud server. For user convenience, the interface includes customizable data alerts, ensuring critical information is always accessible. Key components, such as the PT100 RTD temperature sensor, shielded cables, and ferrite cores, enhance measurement accuracy and mitigate electromagnetic interference. Our robust steel and glass vessel, known for its corrosion resistance, combines a sleek aesthetic with durability and visibility into the vessel, offering significant advantages over competitors' models. A methane sensor, pressure relief valve, and a precisely selected pitch blade impeller ensure accurate experimental conditions and safe operation. With faster heat-up times and a user-friendly design, this simulator stands out as the premier choice for precision agricultural research.
Pitch Video
3D Interactive Product Model
The following is an interactive 3D model of the product design. You can view and rotate the product assembly in different orientations and views, including an exploded view to see the various parts that make up the assembly.