Harvesting Systems

Burt Process Equipment’s Rainwater Harvesting System is a fully engineered, skid-mounted solution designed to collect, treat, store, and distribute harvested rainwater for non-potable reuse applications.

Rainwater Harvesting Systems for Industrial and Commercial Use

 
Drawing on over fifty years of fluid handling and systems integration experience, each Rainwater Harvesting System is custom-designed to meet project-specific flow, pressure, and water quality requirements while complying with applicable plumbing and building codes.

The Rainwater Harvesting System integrates pumping, filtration, sanitization, storage management, and automated controls into a single factory-assembled package. Designed for reliable operation and ease of installation, Rainwater Harvesting Systems deliver consistent hydraulic performance and water quality for applications such as irrigation, toilet and urinal flushing, cooling tower make-up, and other reclaimed water uses.

Sustainable Building Integration

Rainwater Harvesting Systems support modern sustainability initiatives by reducing potable water consumption and minimizing stormwater discharge. The system is well-suited for municipal, educational, commercial, and industrial facilities seeking to meet water conservation goals and green building standards without compromising operational reliability.

Get a Quote

Features

  • Factory-assembled, skid-mounted system
  • Custom-engineered for project-specific flow and pressure requirements
  • Duplex stainless steel distribution pumps with automatic alternation
  • Variable frequency drives for pressure regulation and energy efficiency
  • Cistern delivery pumps with solids handling and prefiltration capabilities
  • Cistern prefiltration systems available
  • Above ground and buried cistern designs
  • Automatic filtration system with stainless steel or engineered polymer housings
  • UV sanitization system sized for full system flow with intensity monitoring
  • Automated motorized valves for system control and municipal water bypass
  • Integrated flow, pressure, and level monitoring instrumentation
  • UL-listed NEMA 4X control panel
  • PLC-based controls with touchscreen HMI
  • Schedule 80 PVC interconnecting piping
  • Factory testing prior to shipment
  • On-site start-up, commissioning, and operator training

 

Control System Integration

  • Options for Allen-Bradley or Siemens PLC-controlled systems are available, ensuring smooth deployment into existing facility controls environments
  • Options to add BAS communication modules are available
  • PCW system panels include complete integration with all system instrumentation, such as temperature, pressure, & flow instrumentation; as well as chilled water flow control equipment, such as automatically actuated valves
  • For systems that require high voltage components, voltage transformers can be integrated to segregate high voltage components & allow for the use of low voltage components for process variable transmitters & manual controls
  • System control panels are pre-mounted & pre-wired to the system skid & skid components
  • Electrical conduit, such as PVC rigid & flexible PolyTuff is utilized for system wiring

 

Burt Process Engineering Documentation & Support
Complete engineering package with P&IDs, ladder diagrams, BOM cross references, and CAD system layout, and 3D modeling

Specifications

  • System flow capacities up to 500 GPM (project dependent)
  • Stainless steel centrifugal pumps
  • Filtration ratings configurable by application requirements and available down to NSF-capable standards
  • UV reactor constructed of 304 or 316 stainless steel with an automatic wiper
  • Pigmented or opaque storage tanks to minimize biological growth
  • Flow meters with instantaneous and totalized flow indication
  • Pressure transmitters and ultrasonic level transmitters
  • Painted structural steel support skid
  • Corrosion-resistant conduit and wiring
  • Single-point electrical power connection
  • Optional chemical injection sanitization
  • Optional dye injection for flushing fixture identification
  • Optional in-line pH adjustment

 

Implementation
Factory Acceptance Testing (FAT):
Systems are rigorously tested at BPE’s facility to ensure compliance with client specifications and operational standards. Clients have the option to visit the factory to witness FAT testing.

Startup and Training (SAT):

  • On-site support includes:
    • System startup and operational verification
    • Training for client personnel on system operation, maintenance, and troubleshooting
  • Field Services: Installation is guided by detailed engineering documentation provided by BPE. Field service installations can also be performed by BPE technicians upon request

Downloads

TitleDownloads
Rainex Rainwater Reclaim Questionnaire View PDF
Rainwater Reclamation Systems Brochure View PDF

Case Studies

Rainwater Harvesting System for Sustainable Building Water Reuse

Burt Process Equipment delivered a Rainwater Harvesting System for sustainable buildings, enabling non-potable water reuse for cooling, flushing, and irrigation. The skid-mounted system features filtration, UV sanitization, chemical dosing, automated distribution, and PLC-based control for efficient water management.
Read the Full Case Study

Request a Quote

Please fill out the form to request a quote.
A sales rep will reach out to you.