Manual Bar Screen
A dependable and cost-effective solution for removing larger solids and debris at the headworks stage. Well suited for smaller facilities or applications where simplicity, durability, and low maintenance are priorities.
Effective wastewater treatment depends on more than primary process systems alone. Supporting equipment plays a critical role in protecting downstream assets, improving operational efficiency, maintaining treatment performance, and helping facilities meet project and compliance objectives.
Whether your project requires simple manual screening, packaged flow metering, chlorine contact, post aeration, solids reduction, or disinfection support, INFRASTRUCTURE DYNAMICS provides practical equipment solutions designed for real-world operating conditions.
Headworks equipment serves as the first line of defense in wastewater treatment, helping remove debris, manage flow, and reduce the burden on downstream systems. INFRASTRUCTURE DYNAMICS offers headworks solutions ranging from simple manual screening systems to more advanced automated configurations for a variety of flow conditions and operational needs.
A dependable and cost-effective solution for removing larger solids and debris at the headworks stage. Well suited for smaller facilities or applications where simplicity, durability, and low maintenance are priorities.
A practical combined solution that provides initial screening while also directing flow efficiently into downstream treatment processes. Helps improve layout efficiency and adds operational control in compact systems.
Designed for applications that demand more consistent solids removal with reduced operator involvement. Improves screening efficiency, reduces manual labor, and supports smoother plant operation in higher-flow environments.
A durable flow management structure used to divide and direct influent between treatment trains or process units. Helps balance hydraulic loading and support improved process control throughout the system.
A compact screening option for lower-flow applications requiring effective solids separation without a complex mechanical arrangement. Ideal for smaller process streams where simplicity and reliability are key.
A dedicated enclosure solution designed to protect headworks equipment and improve site organization, safety, and maintenance access. Creates a cleaner, more controlled environment while helping extend equipment life.
Flow monitoring is essential for wastewater system management, compliance reporting, and performance optimization. INFRASTRUCTURE DYNAMICS flow meter assemblies are designed as integrated solutions that simplify field installation while delivering dependable measurement for a range of wastewater applications.
A packaged vault-based solution designed for accurate effluent flow measurement in a clean, integrated format. Ideal for projects seeking a streamlined installation and reliable long-term monitoring.
Combines the proven hydraulic performance of a Parshall flume with a packaged vault assembly for open-channel flow measurement. A practical option for facilities that require dependable monitoring under variable hydraulic conditions.
Chlorine contactor systems are a critical component of many wastewater treatment processes, providing the contact conditions needed for effective disinfection. INFRASTRUCTURE DYNAMICS chlorine contactor systems are designed to promote process reliability, simplify integration, and support a consistent final treatment stage in a wide range of facility configurations.
Whether incorporated into a new installation or retrofit application, these systems help facilities maintain a more controlled and effective disinfection process.
Post aeration systems play an important role in restoring dissolved oxygen levels after treatment and disinfection. INFRASTRUCTURE DYNAMICS post aeration systems are designed to improve final effluent quality, support environmental performance, and help facilities meet discharge objectives with dependable, efficient operation.
Configured for a range of treatment capacities and site conditions, these systems provide a practical final-stage solution for wastewater facilities seeking consistent post-treatment performance.
Sewer grinders and comminutors help break down solids before they reach pumps, screens, and treatment equipment, reducing the risk of clogging, damage, and operational disruption. INFRASTRUCTURE DYNAMICS provides solids reduction systems designed to improve influent handling and support more reliable overall plant performance.
These systems are especially valuable in applications where ragging, debris, and large solids can interfere with hydraulic performance or equipment protection.
INFRASTRUCTURE DYNAMICS offers disinfection systems designed to support a range of treatment strategies, regulatory requirements, and site conditions. Whether your application calls for chemical disinfection or UV technology, our systems help facilities achieve dependable final-stage treatment with practical integration into the broader wastewater process.
A packaged chemical disinfection solution designed to provide controlled treatment and straightforward system integration. Well suited for facilities seeking a practical, proven approach to final-stage wastewater disinfection.
A non-chemical disinfection option designed to deliver effective treatment in a compact, integrated assembly. UV systems offer a modern approach for facilities looking to reduce chemical handling while maintaining reliable disinfection performance.
INFRASTRUCTURE DYNAMICS understands that supporting systems are essential to the success of the overall treatment process. Our ancillary and complementary wastewater treatment equipment is selected and configured to work as part of a complete system, helping owners, engineers, and contractors reduce coordination challenges and improve long-term operational reliability.
From headworks and flow measurement to post-treatment and disinfection, INFRASTRUCTURE DYNAMICS provides the essential supporting equipment that helps wastewater systems perform with greater reliability and confidence.
Contact our team to discuss the right ancillary and complementary equipment for your project.