Distributed solutions for process water treatment, renewable energy generation and water reuse increase critical supply chain security for industrial businesses that often face high energy and process water discharge costs, as well as capped supply for production. However, onsite solutions often are perceived as cost-prohibitive, particularly for growing businesses in rapidly changing industries such as the craft beer industry.
Cambrian Innovation developed the Water-Energy Purchase Agreement (WEPA) to make accessible onsite, distributed solutions for process water treatment and water reuse.
With funding from the National Science Foundation, Boston-based Cambrian Innovation has developed the EcoVolt Reactor, a modular anaerobic wastewater treatment system. The reactor uses an electromethanogenic process in which microbes convert organic matter into biogas with a high methane fraction. The methane can be used to generate clean electricity and heat.
The world’s freshwater is increasingly scarce and increasingly polluted. What can be done? Many challenges related to using water more efficiently come down to regulations, politics and the need for new investment structures. New technology in desalination could also help. But – as explained by Matthew Silver, Founder and CEO of Cambrian Innovation – another… View Article
Inside Cambrian’s water-as-a-service financing model (17:00)
GreenBiz senior writer Heather Clancy spoke to Matt Silver, founder and CEO of Cambrian, about the company’s innovative financing model called a water-energy purchase agreement (WEPA). Cambrian will install and operate wastewater treatment systems on a customer’s behalf over the lifetime of the contract.
Producing a single gallon of wine, from grapes to bottling (not including vineyard demands), typically requires six gallons of water, depending upon winery-specific procedures. And since they’re located in the most populated and highest water-consuming state in the nation, Californian winemakers have felt mounting environmental and economic pressures to reduce consumption and reuse wastewater.
California wineries relying on new forms of wastewater technology are hoping treatment innovations will slow the shipment of water away from their businesses and their regions.
EcoVolt, a bioelectric wastewater system from Cambrian Innovation, is one technologies soaking up media attention lately. Already used “by big-name Sonoma County breweries,” the technology is now “spilling over into the Napa wine industry,” the Napa Valley Register reported.
A wastewater treatment solution used by big-name Sonoma County breweries is spilling over into the Napa wine industry, with the prospect of reducing the shipment of wastewater out of county for treatment.
Rombauer Vineyards in St. Helena will be the first Napa winery to adopt the EcoVolt, a bioelectric wastewater system from Cambrian Innovation. The Boston-based company announced the partnership Tuesday. Already sporting a roster of brewery clients including Lagunitas, Bear Republic and Russian River, the company’s pairing with Rombauer may be the first of many with Napa wine producers.
Winery Uses Cambrian’s Technology to Treat Wastewater Onsite, Generate Clean Energy and Increase Operational Savings
Napa Valley-based Rombauer Vineyards will be the first winery to install Cambrian Innovation’s EcoVolt, which will allow Rombauer to treat its wastewater onsite while generating renewable energy and enabling future reuse of the winery’s treated process water.
Water is a top concern for many California wineries and breweries, which face both limited water supply for productionand restrictions for wastewater discharge.
Rombauer says Cambrian’s EcoVolt will help it meet these challenges and further reduce its water-to-wine ratio. Using the system, the winery can treat its entire wastewater stream onsite while generating up to 30 kW of renewable electricity and heat.