Lagunitas Brewing Company Case Study
Lagunitas was trucking 50,000 gallons of wastewater a day. The EcoVolt Solution stopped the trucks and reduced Lagunitas' water footprint by >40%. Reactors generate 100 kW of clean, renewable energy.
Lagunitas was trucking 50,000 gallons of wastewater a day. The EcoVolt Solution stopped the trucks and reduced Lagunitas' water footprint by >40%. Reactors generate 100 kW of clean, renewable energy.
The case for water reuse is clear, both economically and environmentally. A well-managed water reuse project using Cambrian’s distributed, modular, and automated architecture can dramatically reduce costs. By turning to water reuse, companies can expand their production capacity and boost revenue streams without exceeding their consumption ceiling.
Learn about the significant economic and environmental value, in the form of clean water and clean energy, embedded in the solid and soluble waste from the brewing process. With water security declining and the cost of waste disposal rising, the intrinsic value in wastewater will pave a path forward for long-term and stable growth.
"Microbial fuel cells (MFCs) represent a completely new method of renewable energy recovery: the direct conversion of organic matter to electricity using bacteria."
Electromicrobiology is a new research discipline that seeks to understand the transmission of electrical signaling structures between microbes and how they can be leveraged in clean technology systems
Walk through a typical EcoVolt installation, from equalization to energy production. Each slide highlights a different operation and benefit within the overall solution’s architecture.
Overview, including key features and benefits, of the EcoVolt Reactor product suite, including the Standard and Mini systems
Dive into the high-level layout of Cambrian Innovation’s EcoVolt Solution at Lagunitas Brewing Company’s Petaluma, CA brewery.