Listing ID : 1287
Listed On February 5, 2026 5
Listing Updated February 5, 2026
The Hydroid is the industry’s premier compact, portable commercial water filter at an affordable price. Achieve up to a 4,500 GPD (gallons of water per day) capacity (blended), or 3,000 GPD pure RO water. Not only is the Hydroid powerful, but it can produce a 2 parts product to 1 part wastewater ratio, making it the most efficient system in its class. New, groundbreaking technology for a compact system with commercial scale performance.
The Hydroid compact commercial reverse osmosis system is designed to operate on municipal city water sources and not recommended for well water sources that are very hard or have a TDS (total dissolved solids) of over 500 PPM (parts per million). The optional Antiscalant kit is designed for those on city or well water with elevated hardness and/or high TDS.
Standard Equipment: locking casters, garden hose connector, feed tubing, concentrate tubing, product tubing, pre-carbon flush tubing.
Blend up to: 4,500 GPD, 188 GPH, 3.0+ GPM
Pure RO: 3,000 GPD, 125 GPH, 2 GPM
Blend valve to blend post-carbon treated water with RO water to customize the TDS. This also increases recovery/efficiency
66% recovery means 2:1 ratio (2 parts RO water to 1 part waste water)
Antiscalant option to prolong membrane life
Onboard ultra-high capacity sediment and carbon hybrid filter with 75,000 gallon capacity
Microprocessor RO controller with auto-flush function, dual TDS meter, pre-filter capacity monitor, and low-pressure/high-pressure switches
Stainless steel, multi-stage centrifugal pump (110v standard plug,10.6 A draw) for continuous operation
Liquid filled pressure gauges and flow meters
Electronic float switch hook-ups, and mechanical float valve compatible
Replaces HL 11675
Dimensions (H x W x D): 21″ x 30.5″ x 18.5″
Weight: 106 lbs
Contact Listing Owner
420 Property – Cannabis Real Estate Listings & Businesses For Sale
Simplify production by increasing your distilling capacity to the power of two. Create pure distillate continuously to eliminate production gaps and t