PENTAIR AQUATIC ECO-SYSTEMS, INC.

Pentair Aquatic Eco-Systems, Inc. specializes in the design and manufacture of precision-engineered plastic aquatic systems, with demonstrated expertise in producing conical incubation tanks used in controlled aquatic research environments. Their technical capabilities center on thermoplastic molding, fluid dynamics optimization, and sterile containment systems tailored for scientific and laboratory applications. The company’s specialization lies in creating durable, chemically resistant, and geometrically precise plastic components that support reproducible biological experimentation, particularly in marine and freshwater ecology research. Their products are engineered to maintain consistent temperature gradients, minimize contamination risks, and withstand prolonged exposure to saline and chemical solutions—key requirements for aquatic life support systems in federal research settings. The contractor has delivered specialized equipment to the Department of Commerce, primarily supporting scientific operations that require controlled aquatic environments, likely for fisheries research, marine biology studies, or environmental monitoring programs. This relationship suggests alignment with NOAA or National Marine Fisheries Service initiatives where reproducible incubation and larval rearing systems are critical. Their primary industry focus is in the manufacturing of specialty plastic products under NAICS 326199, which encompasses custom-engineered polymer components not classified elsewhere. This positions them as a niche supplier to government research agencies requiring non-standard, high-integrity plastic vessels for aquatic science applications. Pentair Aquatic Eco-Systems, Inc. is a small business headquartered in Apopka, Florida, with no active federal certifications. The company operates as a specialized manufacturer with a focused geographic footprint, serving government customers through direct contract awards for custom aquatic equipment. Their market positioning is defined by technical precision in plastic fabrication for sensitive biological applications rather than broad-scale production.