Our plumbing engineering team designs reliable, efficient systems that keep buildings operating safely and seamlessly. From water service entrances and backflow prevention to pressure boosting, hot water generation, and recirculation, every detail is engineered for performance. We provide complete sanitary, storm, and specialty drainage solutions, including grease, acid, and laboratory waste systems, tailored to each facility’s needs. Our expertise extends to process gases, compressed air, natural gas, and propane systems, as well as specialized designs for pools and RO/DI water. Every system is designed with precision, compliance, and long-term functionality in mind.
The water service entrance is the critical interface between municipal infrastructure and your facility’s internal ecosystem. At Trivium, our plumbing engineers design high-performance entrance systems that prioritize water security, precision metering, and full compliance with the 2026 revisions of the Safe Drinking Water Act.
Trivium provides rigorous engineering solutions to safeguard your facility’s potable water supply and ensure total separation from non-potable sources. Our backflow prevention and cross-connection control approach combines traditional mechanical protection with smart monitoring to meet the evolving safety standards of the Safe Drinking Water Act and local municipal codes.
Our plumbing engineers design high-performance pressure boosting systems that ensure consistent water delivery across all floors and fixtures, regardless of municipal supply fluctuations. We focus on “smart” distribution that minimizes energy consumption while maximizing system longevity and occupant comfort.
Trivium plumbing engineers design sophisticated distribution networks that serve as the circulatory system of your facility. We prioritize hydraulic balance, material longevity, and advanced thermal management to ensure safe, consistent, and energy-efficient water delivery from the service entrance to every point of use.
Our plumbing engineers at Trivium design high-performance hot water plants that prioritize energy efficiency, occupant safety, and long-term reliability. From commercial high-rises to industrial process facilities, we engineer systems that meet the rigorous decarbonization mandates while ensuring an uninterrupted supply of sanitary hot water.
Our plumbing engineers design intelligent recirculation systems that ensure instantaneous hot water delivery while minimizing thermal loss and water waste. By leveraging 2026 “Smart Loop” technology, we transform traditional, high-energy-drain systems into precision-managed networks that support both occupant comfort and sustainability goals.
Our plumbing engineers design robust sanitary infrastructure that ensures the safe, efficient, and odor-free removal of wastewater. We combine time-tested hydraulic principles with advanced modeling and material technologies to protect building occupants and municipal infrastructure.
Our plumbing engineers provide end-to-end design for complex commercial and recreational aquatic facilities. At Trivium, we specialize in high-efficiency systems that meet the rigorous energy mandates while ensuring superior water clarity and bather safety through advanced treatment technologies.
Trivium plumbing engineers specialize in the design of high-integrity drainage and neutralization systems for laboratories, hospitals, and industrial facilities. We ensure that corrosive and hazardous effluents are safely contained, transported, and treated to meet environmental standards and municipal pretreatment mandates.
Our plumbing engineers design high-integrity Reverse Osmosis (RO) and Deionization (DI) systems that transform municipal supply into the ultrapure water required for critical research and industrial processes. Currently, water treatment has shifted decisively toward smarter, data-driven systems that ensure 99.9% purity while meeting the latest ISO 13485:2016 and ASTM D1193 standards.
Our plumbing engineers design robust Fat, Oil, and Grease (FOG) management systems that ensure full compliance with the 2024/2026 International Plumbing Code (IPC) and local municipal pretreatment ordinances. We specialize in high-efficiency interception technology that prevents costly sewer backups and protects your facility’s long-term operational integrity.
Our plumbing engineers design high-capacity storm water systems engineered to handle the increased frequency and intensity of weather patterns. We specialize in the rapid collection, conveyance, and onsite management of runoff, ensuring your facility remains resilient, compliant with EPA Clean Water Act mandates, and protected from structural water damage.
Our plumbing engineers design and specify high-performance solids interceptors that safeguard your drainage network from blockages and ensure compliance with the 2024/2026 International Plumbing Code (IPC). Trvium engineers provide custom-engineered solutions for diverse environments, from commercial kitchens and art studios to advanced dental and industrial labs.
Our engineering team designs high-performance compressed air infrastructure that serves as a reliable “fourth utility” for your facility. We prioritize system efficiency and air quality, utilizing variable-speed technology and advanced filtration to reduce energy waste and protect downstream equipment.
Our plumbing engineers provide precision design for fuel gas distribution, ensuring the safe and efficient delivery of energy to heating plants, commercial kitchens, and industrial processes. In 2026, our designs prioritize advanced leak mitigation and strict adherence to the evolving NFPA 54 (National Fuel Gas Code) and local electrification “reach codes.”
Our engineering team designs specialized gas distribution networks for laboratories, facilities, and industrial manufacturing plants. We provide high-integrity systems for the safe conveyance of inert, flammable, corrosive, and ultra-high-purity (UHP) gases, ensuring your critical processes operate with 24/7 reliability and in full compliance with NFPA 55 and SEMI standards.
