Project · 2024/252024/25Type: Business model

BioNet

Farms turn agricultural waste into biogas that a shared network delivers to Intel

Powering Industry, Empowering Farmers

Corporate partner Intel Ireland Visit website ↗Cohort 2024/25Theme Sustainability & resources

BioNet – Intel Ireland (2024/25)
Team
7 master students
Universities
Disciplines
Business Informatics · Computer Science · Industrial Engineering · Mechanical Engineering
The project · from brief to prototype

What happened, step by step.

01

Challenge

Intel Ireland burns large amounts of natural gas and wants to cut its fossil-fuel dependency amid rising prices. Biogas could help, but Ireland lacks the renewable infrastructure and biowaste to cover Intel's full demand.

02

What they built

A start-up concept for a decentralised biogas network. Participating farms receive anaerobic digesters; BioNet collects the biogas, transports it to the Intel campus and upgrades it to biomethane on site. It also handles logistics, regulatory compliance and technical support for farmers.

03

Impact

Farmers would gain a new revenue stream with technical and regulatory help. Intel would rely less on fossil fuels, lower its carbon emissions and move towards its sustainability goals.

Full project text

The team’s original texts from the project page.

BioNet is a decentralized biogas network that connects farmers and industry by turning farm waste into clean biomethane for industrial use.

Challenge

How might we create a sustainable transition to biogas usage at the Intel campus that is cost-efficient and of maximum benefit to both Intel and the surrounding community Intel Ireland requires significant amounts of natural gas annually to power its operations. However, due to rising energy prices, geopolitical tensions, and the urgent need to become more sustainable, Intel is seeking alternatives to reduce its dependency on fossil fuels. Biogas presents a promising renewable solution, but Ireland currently lacks sufficient renewable energy infrastructure and biowaste to meet Intel’s full energy demand. This challenge is highly relevant as it explores how to enable a cost-efficient, scalable transition to biogas that benefits both Intel and the local community, without compromising supply reliability or sustainability goals.

Solution

BioNet is a startup that connects farmers with industrial partners to create a decentralized biogas network. Each participating farm receives an anaerobic digester to produce biogas from agricultural waste. BioNet collects the biogas, transports it to the Intel campus, and upgrades it to biomethane on-site. The resulting biomethane is then used directly in Intel’s manufacturing processes. BioNet manages the coordination between all stakeholders, ensuring efficient logistics, regulatory compliance, and technical support for farmers. This model empowers local agriculture, reduces fossil fuel dependence, and creates a scalable, sustainable energy supply tailored to industrial needs.

Impact

The value of BioNet lies in its ability to provide a reliable, sustainable energy source while fostering local economic and environmental benefits. For the farmers, it creates a new revenue stream and offers technical and regulatory assistance. For Intel, it reduces reliance on fossil fuels, lowers carbon emissions, and contributes to corporate sustainability goals.

Team · 7 students, 2 universities

Who built it.

Alena Gerasimova
Trinity College Dublin

Alena Gerasimova

Mechanical Engineering

Úna McNamara
Trinity College Dublin

Úna McNamara

Mechanical Engineering

Seán Walsh
Trinity College Dublin

Seán Walsh

Mechanical Engineering

Jonathan Döffert
Karlsruhe Institute of Technology

Jonathan Döffert

Industrial Engineering and Management

Maximilian Graf
Karlsruhe Institute of Technology

Maximilian Graf

Business Informatics

Georg Gntuni
Karlsruhe Institute of Technology

Georg Gntuni

Computer Science

Astrid Bonse
Karlsruhe Institute of Technology

Astrid Bonse

Industrial Engineering and Management