GREENHOUSE

Powerful treatment to help growers meet
new discharge regulations

Our turn-key systems provide quick and easy installation
with simple operation and compact footprint.
We help you meet regulations as your operation grows.

– Integrated Mechanical System
– Compact simple operation, real time treatment
– Dramatically lower cost vs biological systems
– Fast installation to meet regulations
– Dewatering for simple composting

OUR SOLUTION

WASTEWATER TREATMENT FOR GREENHOUSES

Greenhouses are rapidly expanding across North America. With high-density, highly controlled growing conditions, they are critical in helping increase local production and quality.

However, new regulations and water scarcity are forcing growers to re-evaluate their water management strategies. Whether you’re re-using water or discharging, Econse helps you meet wastewater regulations—so you can coexist in your community without damaging the environment.

In sectors that can accommodate water re-use, Econse has the most cost effective solutions for growers including compact design, powerful disinfection, and solids removal.

In sectors that must discharge their irrigation water, Econse helps remove and recover solids and nutrients to comply with regulations for safe discharge.

“ With the BrüClean System I don’t have to worry about a process that normally takes up a lot of a brewer’s time”

“The better we are at protecting our water at source, the better our water is going to be for all of us and future generations”

“This solution helps reduces risks of any spikes or spills leaving the business and upsetting the local Wastewater Treatment Plant.”

“a very small portion of my day is spent managing wastewater”

“Econse helped us understand the regulations and worked with us to provided a system that meets the city’s targets”

“If you’re a small or mid sized business, your options for wastewater treatment are very limited.”

“Our solutions cost thousands, not millions, with a foot print a fraction the size of traditional treatment options.”