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Model HIT -Integrated Treatment System

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Headworks Integrated Treatment (HIT) System The world’s MBBR/IFAS technology experts at Headworks BIO have developed a smarter way to treat wastewater for reuse. The result is the Headworks Integrated Treatment (HIT) System: a modular, compact wastewater treatment system designed for smaller communities and industries. The HIT System provides a complete solution – screening, grit removal, MBBR or IFAS treatment, clarification, tertiary filtration, and disinfection – all with low capital investment and operational costs.

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A single train can treat flows up to 230,000 GPD (870 m3/day), but as many trains can be added to the system as needed to treat higher flow rates. For example, if you need to treat 500,000 GPD (2,000 m3/day) we can design a system of three trains, each rated at 170,000 GPD (700 m3/day). Headworks BIO designs systems to meet a variety of effluent quality requirements. And at any given time, thecompact wastewater treatmentsystem can be expanded to meet new discharge requirements or increasing flow rates

The HIT System  is expandable, dependable, and simple to operate. Built to ISO container specifications, this modular wastewater treatment system is also easily transportable. Headworks BIO designs systems to meet a variety of effluent quality requirements.

The HIT System  offers a smarter way to treat wastewater for reuse for smaller communities and industries. It provides a complete modular wastewater treatment solution with screening, grit removal, MBBR or IFAS treatment, clarification, tertiary filtration, and disinfection.

The MBBR process makes the HIT Systems  easy to operate, without a high level of intervention needed to maintain process balance. Self-regulating, compact, and efficient HIT Systems  meet a variety of effluent quality requirements. And at any given time, they can be expanded to meet new discharge requirements or increasing flow rates.

The drawings on the right offer a few modular wastewater treatment system examples used to achieve biochemical oxygen demand (BOD) and nitrification.

  • Small Footprint
  • Operator Friendly
  • Rapidly Deployed
  • Modular
  • Transportable
  • Expandable
  • Reuse Water is Achievable
  • Existing Plant Expansion
  • Construction Sites
  • Residential Communities
  • Office Buildings
  • Hotels & Resorts
  • Labor & Military Camps