IWS offers a flexible engineering model to support your district’s goals:
The facility still has to meet the same state health standards. The permit conditions don’t get easier because the site is remote. And when a new building gets added to the campus, the existing treatment system is usually the first thing that can’t handle the load. IWS has worked with school districts across the United States to solve exactly that problem.
When school districts face low total nitrogen limits with no municipal sewer access, off-the-shelf systems often fail to meet requirements.
We specialize in advanced nutrient removal, such as combining textile filters with denitrification upflow filters. Our team has successfully worked with state agencies like CDPHE to gain approval for novel technical configurations that protect local groundwater.
Adding new buildings usually means adding wastewater flow to a system that wasn’t sized for it.
IWS assesses existing infrastructure to identify what can be retained, designing expansions that handle the full campus load rather than just the new building’s contribution.
School district capital budgets don’t have room for surprises.
IWS has a track record of finding cost savings without reducing performance. When cost is a constraint from the start, the design needs to reflect that.
For districts facing permit conditions or sustainability mandates requiring treated effluent to be directed to irrigation rather than discharged.
IWS provides reclamation technology helping campuses achieve LEED certification and reduce freshwater demand.
Treatment Technologies for School Applications:
IWS provides the advanced technology and technical reliability necessary to protect public health and student safety. Talk to an IWS team member early enough to build the right system within the specified constraints.
We offer:
Webinar: The “Plug-and-Play” Permanent Wastewater Plant