Future proof your brewery with sustainable fermentation and automation
Tracks
Plenary 2
Wednesday, March 5, 2025 |
2:10 PM - 2:30 PM |
Speaker
Mr Jassa Amir-lang
Ceo
Frigid.cloud
Future proof your brewery with sustainable fermentation and automation.
Abstract
Responding to a global rise in the cost of inputs, Frigid.Cloud is cutting energy consumption and creating production efficiencies through automated fermentation control.
In this session we’ll look at optimising your glycol use, maximising your energy tariff differential and discussing the cloud-based feature benefits that IoT automation can have on your brewery.
The topics covered include:
- Energy savings through pulse cooling.
- Cost savings through thermal storage and renewables.
- Productivity gains through affordable automation.
- Working with energy wholesalers to take control of your energy bill.
- Machine Learning concepts to promote consistency and mitigate risk.
- Streamlining processes through integrations.
This session is aimed at anyone looking for an affordable automation to future proof their operation and offset their energy use.
In this session we’ll look at optimising your glycol use, maximising your energy tariff differential and discussing the cloud-based feature benefits that IoT automation can have on your brewery.
The topics covered include:
- Energy savings through pulse cooling.
- Cost savings through thermal storage and renewables.
- Productivity gains through affordable automation.
- Working with energy wholesalers to take control of your energy bill.
- Machine Learning concepts to promote consistency and mitigate risk.
- Streamlining processes through integrations.
This session is aimed at anyone looking for an affordable automation to future proof their operation and offset their energy use.
Biography
Jassa Amir-Lang is the CEO of Frigid.Cloud. Having co-founded the platform in 2021, he has since worked with breweries around the world to help them increase productivity through automation and reduce the amount of energy they use through Frigid.Cloud's cooling algorithms.