1.A Our Approach
We connect natural processes with engineered infrastructure to turn organic resources into useful energy, agricultural products, and long-term economic opportunities.
1 / Overview
Who We Are
At Bio Hybrid, we are creating a different future through a sustainable path, where energy production, environmental responsibility, and economic growth work together. By combining engineering excellence with innovative technologies, we transform natural resources into cleaner energy and valuable opportunities.
1.B Our Capabilities
From project development and construction through commissioning and operations, we bring the technical disciplines together around one integrated vision.
2 / Our History · Since 1982
Different Beginnings.
Shared Purpose.
Explore the parallel development of BIOGERBE’s biogas engineering and ARIE’s engine management, alongside the DHG and Bio Hybrid projects.
BIOGERBE · Biogas engineering ARIE · Engine management Engineering projects
1982
BIOGERBE · BIOGAS ENGINEERING
Foundation of BIOGERBE
BIOGERBE was established in Modena, Italy, specialising in agricultural biogas engineering and the development of technologies to transform organic resources into renewable energy.
1987
BIOGERBE · BIOGAS ENGINEERING
Our First Biogas Plant Project
BIOGERBE expanded into agricultural biogas plant engineering, developing a project to convert livestock manure and organic residues into renewable gas for energy use.
1991
ARIE · ENGINE MANAGEMENT
Foundation of ARIE Engine Management
ARIE was founded in Modena, Italy, specialising in ECU mapping and electronic engine calibration to improve engine performance and efficiency.
1993
BIOGERBE · BIOGAS ENGINEERING
First Electricity Production from Biogas
BIOGERBE expanded its engineering activities into renewable electricity generation, integrating biogas-powered engines and generators to transform agricultural biogas into usable electrical energy.
1994
ARIE · ENGINE MANAGEMENT
Introduction of EMX Engine Management Modules
ARIE began producing and commercialising EMX auxiliary engine management modules for passenger cars, agricultural tractors, trucks and marine engines.
1995
ARIE · FUEL CONVERSION
Beginning of Gaseous-Fuel Vehicle Conversion Technology
ARIE began developing fuel conversion technology for passenger cars, introducing systems enabling vehicles to operate with gaseous fuels alongside conventional engine operation. The first vehicle and fuel-system records remain to be confirmed.
1996
ARIE · TRACTORS AND TRUCKS
Introduction of HEMX Technology for Tractors and Trucks
ARIE expanded its electronic engine-management technology into agricultural tractors and heavy-duty trucks through HEMX, developing control and calibration solutions for larger diesel engines used in agriculture and road transport.
1997
BIOGERBE · CCHP TRIGENERATION
Introduction of CCHP Trigeneration Technology
BIOGERBE advanced its biogas-based energy engineering through combined cooling, heating and power (CCHP) technology, integrating electricity generation, recovered heat and cooling to make more effective use of energy from a single fuel source.
2006
BIOGERBE · BIOGAS ENGINEERING
Biogas Cleaning and Upgrading
BIOGERBE expanded its biogas engineering activities into gas cleaning and upgrading technologies, focusing on the removal of impurities and the improvement of gas quality for more efficient energy production and further utilization.
2007
DHG DEVELOPMENT · ALTERNATIVE FUELS
Diesel Dual-Fuel Development
Our engine track develops toward substituting a portion of diesel with gaseous fuel under electronic control. The original prototype and test results must be linked to this year.
2009
DHG · HEAVY-DUTY TRANSPORT
Heavy-Duty Vehicles Take to the Road.
DHG marked an important step in the development of diesel-gas technology as heavy-duty commercial vehicles began operating on public roads with alternative-fuel systems. This milestone connected years of engine-management expertise with practical applications in the transport industry.
2012
BIO HYBRID · AGRICULTURAL INNOVATION
Agriculture Begins to Power Itself.
Farms equipped with biogas plants and upgrading systems can begin transforming their own organic resources into renewable fuel for agricultural machinery. This creates a more integrated cycle in which energy is produced on the farm and used directly in daily operations, reducing dependence on purchased fossil fuels and opening new opportunities for efficiency and long-term value.
The Closed-Loop Business Model.
2015
DHG PROJECT · LNG PRODUCTION TECHNOLOGY
Advancing LNG Production Technology.
DHG expanded its engineering activities into liquefied natural gas (LNG) production, developing a proprietary system designed to convert natural gas into liquid fuel for efficient storage, distribution, and use in heavy-duty transport and industrial applications. This milestone represents an important step toward connecting alternative-fuel production with practical energy and mobility solutions.
2020
BIO HYBRID · INTEGRATED SYSTEMS
Connecting Energy, Agriculture and Mobility.
Bio Hybrid brings together experience in biogas production, gas upgrading, energy generation and alternative-fuel applications. By connecting renewable resources with practical engineering solutions, the approach creates pathways for farms, transport and industry to make better use of energy and fuel.
Journey / 02
Our Path to Sustainable Innovation
2.A Engineering Experience
Our approach begins with practical engineering knowledge and the belief that efficient systems can create more value from existing resources.
2.B Integrated Solutions
By connecting proven technologies across energy and agriculture, we develop solutions designed around real operational needs.
2.C Future Development
We are building pathways for scalable projects, lasting partnerships, and sustainable investment opportunities.
3 / Purpose
Our Mission, Vision, and Core Values
Our vision is to make sustainability not only an environmental advantage, but a smarter investment in long-term prosperity — benefiting nature, communities, and business.
3.A
Sustainability
Designing solutions that make better use of natural resources and create enduring value.
3.B
Integrity
Developing lasting partnerships through responsibility, openness, and practical commitment.
3.C
Innovation
Combining engineering excellence and technology to create new opportunities.
4 / Capabilities
Everything Under One Roof
Connecting natural resources, project development, technology, construction and operations into one integrated Bio Hybrid solution.
4.A / Delivery
End-to-End Project Delivery
From early feasibility and planning through construction, integration and commissioning, we aim to make complex projects clear, coordinated and commercially meaningful.
Discover More ↗4.B / Technology & Operations
Built. Connected. Managed.
We bring together energy conversion, process engineering, and operational knowledge to support reliable performance across the project life cycle.
Explore Partnerships ↗5 / Partnerships
Growing Opportunities Together for a Sustainable Future
Bio Hybrid connects agricultural producers, industry partners, technology specialists, and investors to develop projects where environmental progress and financial opportunity can work together.
5.A Supporting farmers and resource producers
5.B Connecting industrial energy opportunities
5.C Creating pathways for project investment
5.D Building long-term technical partnerships
5.E / Together
Shared Vision.
Lasting Value.
Every successful project begins with people who see potential where others see limitations. Together, we turn possibilities into practical solutions.
Bio Hybrid / Join Us
The Next Chapter Starts With Nature.
Natural potential. Green solutions.
POWER YOUR OPPORTUNITIES.