Water treatment facilities are essential for public health, environmental protection, and sustainable development. These systems treat water from surface water, groundwater, and influenced groundwater sources, each requiring tailored processes to remove contaminants and ensure safety.

As communities grow and environmental challenges evolve, facility design must adapt. Our engineers integrate advanced technologies and sustainable practices to deliver reliable, efficient, and future-ready water treatment solutions.

Understanding Water Sources

• Surface Water: Rivers, lakes, and reservoirs are exposed to sediments, bacteria, and organic matter. These sources require robust treatment to ensure safety.
• Groundwater: Sourced from aquifers, groundwater is naturally filtered but may contain minerals like iron and manganese that need removal.
• Influenced Groundwater: A mix of surface and groundwater, this source demands special attention to manage dual contamination risks.

Applying the appropriate treatment processes to each source ensures water quality and regulatory compliance.

Key Components of Water Treatment Facilities

Our facilities are built around proven treatment stages:

1. Intake & Screening – Removes large debris to protect equipment.
2. Coagulation & Flocculation – Chemicals bind particles into flocs.
3. Sedimentation – Flocs settle, clearing the water.
4. Filtration – Removes impurities such as suspended solids and organic chemicals.
5. Disinfection – Chlorine, ozone, or UV light eliminate harmful microorganisms.
6. Distribution – Treated water is delivered to homes and businesses.

Each step is critical to producing clean, safe drinking water.

Designing for Resilience and Growth

Water treatment facility design considers:

• Source type: Surface, groundwater, or influenced groundwater
• Population growth: Scalable systems for future demand
• Regulatory standards: Local, state, and federal compliance
• Environmental impact: Sustainable materials and energy-efficient technologies
• Cost-effectiveness: Smart design for long-term savings

McClure engineers work closely with communities to create systems that meet current needs and anticipate future challenges.

Regulatory Compliance & Public Safety

We design every facility to meet or exceed:

• EPA Safe Drinking Water Act (SDWA)
• State and local environmental regulations
• Utility-specific standards

McClure engineers work closely with municipalities and private clients to ensure transparency, technical excellence, and public trust.

Storage Systems That Support Treatment

Water storage is a vital part of treatment infrastructure. We plan and design:

• Elevated Storage Tanks & Towers – Use gravity to maintain pressure and ensure flow during outages.
• Ground Storage Tanks – Reservoirs which are generally at ground level, making them easier to install.

Smart sensors and IoT integration allow real-time monitoring and efficient resource management.

Innovations in Water Treatment Facility Design

We embrace cutting-edge technologies to improve performance and sustainability:

• Membrane Filtration & UV Radiation – Advanced purification methods
• PFAS Destruction – Removal and destruction of PFAS and neutralize harmful byproducts
• Automation & Real-Time Monitoring – Boost efficiency and responsiveness
• Modular Designs – Flexible systems that grow with your community

These innovations ensure long-term resilience and environmental stewardship.

Protecting Public Health and the Environment

Water treatment facilities prevent waterborne diseases and support ecosystem health. By removing contaminants and managing the water that is wasted, they safeguard both people and nature. Our designs promote water conservation, resource recovery, and sustainable development.

Where We Make An Impact

Whether you’re sourcing from groundwater, influenced groundwater, or surface water, our team is ready to help you design and implement a water treatment facility that meets your community’s needs today and tomorrow.