Wastewater Treatment
When it comes to wastewater, reliability matters. At HRC, we help you plan, design, and manage treatment systems that safeguard both public health and the environment. From advanced facility design to system rehabilitation, we deliver efficient, forward-thinking solutions tailored to your community’s needs.
Whether you’re expanding capacity or modernizing aging infrastructure, we’re here to help you build systems that comply, conserve, and endure.
You need infrastructure that works—quietly, efficiently, and sustainably. That’s where we come in.
We design wastewater treatment plants that meet today’s demand and tomorrow’s growth, without compromising performance or compliance.
We engineer sewer networks to transport wastewater reliably, while minimizing maintenance and maximizing value.
Need to reduce overflow risks? Our mitigation strategies help you comply with regulations and protect your waterways.
We design pump stations that keep your system flowing safely and efficiently.
Aging infrastructure? We provide assessment, trenchless rehab design, and upgrades to extend service life and reduce disruptions. We also support treatability studies and construction phase services to help you manage costs, meet deadlines, and stay aligned with regulatory expectations.
Project Spotlight
HRC led the design and construction oversight of a 36-inch relief sewer installation in Troy. The project involved bypass pumping, traffic control, and strategic structural coordination to support long-term growth. The result: a seamless solution recognized for its effectiveness and community-first approach.
With deep technical knowledge and hands-on support, we help you meet the demands of today while preparing for the challenges ahead.
Wastewater treatment facility design
Sewer collection system engineering
CSO and SSO mitigation strategies
Pump station design
Infrastructure assessment and rehabilitation
Regulatory compliance support
Treatability studies
Trenchless technology design
Construction observation
Security system integration
Master planning for sanitary sewer networks