We combine advanced research, engineering expertise, and first-principles modeling to solve chronic industrial problems and accelerate innovation across multiple sectors.
Bio & On is a technology-based company dedicated to research, development, and innovation (R&D&I).
Our work is guided by natural principles and inspired by solutions refined through millions of years of evolution. We transform complex industrial challenges into efficient, reliable, and sustainable results.
Years of Experience
Bio & On – Research & Development is led by its founder, Prof. Dr. Henry França Meier. He is a chemical engineer with decades of experience in computational fluid dynamics (CFD) and applied industrial research.
His work has contributed to oil refining, cement production, energy and thermochemical processes, civil construction, and mechanical engineering.
Prof. Dr. Henry França Meier holds a degree in Chemical Engineering from FURB and a Master’s and PhD in Chemical Engineering from UNICAMP, with a focus on process development. He served as a Full Professor in FURB’s Department of Chemical Engineering from 1987 to 2024.
His expertise includes mathematical modeling, process simulation, computational fluid dynamics, petroleum refining, biofuel production, cement and clay-mineral materials, and energy systems.
At Bio & On, his work focuses on advancing technologies from TRL 3 onward through strategies inspired by nature. At Cyclon Tech, he applies diagnostics, prognostics, CFD, and specialized engineering methods to improve high-TRL industrial processes.
From chronic operational issues to full-scale process design, we help companies understand, optimize, and reinvent their systems.
Our work combines rigorous scientific methods, computational modeling, and deep engineering knowledge to deliver reliable, long-term solutions.
Explore our core services below. Dedicated service pages can be added as the website grows.
We connect research centers, universities, engineering, production, maintenance, and marketing to strengthen innovation within companies.
We analyze failures, map causes and effects, and propose corrective and preventive solutions to improve operational performance.
Using advanced numerical simulation, we predict dynamic performance and identify opportunities to improve efficiency.
Advanced computational modeling for fluid, thermal, reactive, and multiphase systems.
We increase efficiency, reduce losses, improve reliability, and enhance overall system performance.
We create new technologies based on scientific evidence, industrial requirements, and practical implementation needs.
We help companies make informed decisions, adopt more efficient technologies, and strengthen their competitive position through scientific knowledge and advanced engineering.
Precise recommendations supported by advanced engineering and rigorous computational analysis.
Reliable conclusions based on validated scientific methods and evidence.
Direct and agile support throughout every stage of the project.
Our scientific approach helps industries understand, predict, and improve their processes, enabling greater reliability, efficiency, and performance.