Reynolds Culligan
Reynolds Culligan
1222 Greenleaf St.
Allentown, PA 18102
Phone: (855) 910-8430
Email: gdreynolds@yourwater.net
Webite: www.reynoldsculligan.com
8-4:30 M-F with 24 hour emergency service
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Maximum Performance, Optimal Solution

HYDRAcap® MAX is used to treat a wide range of highly variable waters as either primary treatment or as pretreatment to reverse osmosis (RO) and nanofiltration (NF). Compared to conventional pretreatment, the HYDRAcap® MAX offers the combined benefits of high recovery and low footprint requirement due to its optimized membrane area and novel cleaning regimes. High strength PVDF membrane minimizes fiber breakage rate and ensures consistently superior filtrate quality, which enables RO and NF systems to be operated at higher fluxes, while maintaining longer intervals between cleanings.
Unit of Measure

Specifications

Brands

 N/A Culligan® HYDRAcap® Hydranautics Nitto

Membrane Active Area

 N/A 52 m²
Basis1 N/A 20,000 m³/d

Hydranautics

 N/A 120 HYDRAcap® MAX 80 Modules

Competitor A

 N/A Outside/In Flow Configuration

Competitor B

 N/A Inside/Out Flow Configuration

Product Performance

Consistent Filtrate Quality with Turbidity

 N/A Below 0.1 NTU

High Filtration Flux Operation

 N/A Up to 110 Lmh

Maximized Recovery

 N/A Up to 98 %

Ordering

Culligan® Part Number

 N/A D1032630

Standard Business Lead Time

 N/A 10 days

Key Benefits

Key Benefits

 N/A
  • Lower CAPEX
  • Lower OPEX
  • Simplicity and reliability

Key Features

Key Features

 N/A
  • High membrane area
  • TIPS fiber technology
  • Process design simplicity

Key Advantages

Key Advantages of the High Membrane Area

 N/A
  • Reduced footprint
  • Skid cost reduced
  • Fewer seals/connections

Key Advantages of the TIPS Fiber Technology

 N/A
  • Increased tensile and fatigue strength which minimizes integrity issues
  • Increased chemical resistance which allows for more effective cleans at pH extremes
  • Increased tolerance to chlorine, peroxide, ozone and other oxidants

Key Advantages of Not having Backwash Requirement

 N/A
  • Higher recovery
  • No backwash pump nor ancillary equipment required

Capillary Technology versus Conventional Pretreatment

Capillary Technology versus Conventional Pretreatment

 N/A
  • Smaller footprint
  • Reduced chemical consumption, especially of coagulants
  • Wastewater disposal is less problematic due to lower volume and decreased chemical consumption
  • Better filtrate quality, which is stable regardless of feed water quality variation
  • Increased efficiency of RO membrane system design and operation, contributing to reduced capital and operational costs
  • Maximizes RO performance by allowing elements to operate longer with less cleaning

Applications

Applications

 N/A
  • Drinking water
  • Desalination pretreatment
  • Industrial process water treatment
  • Municipal waste water
  • 1 Production with One Rack