Hyper-Logic – Chemicals – High Ph Cleaning Powder – 25 Pound

The Hyper-Logic High pH Cleaning Powder is a professional-grade alkaline cleaning agent formulated specifically for reverse osmosis membrane maintenance in HyperLogic systems. Sold in a 25 lb bulk pail (SKU HGC741685), it is designed for facilities that include membrane cleaning in their standard operating procedure. Regular use helps sustain permeate flow rates, salt rejection performance, and overall membrane service life.

Hyper-Logic High pH Cleaning Powder Specifications

Key product data for the Hyper-Logic High pH Cleaning Powder, 25 lb pail. Specifications are derived from the canonical product record and supplier documentation.

Specification	Value
Brand	Hydro-Logic
SKU / Part Number	HGC741685
Former Part Number	HyperLogic HL 13561
Cleaning pH Range	High pH (alkaline)
Container Size	25 lb pail
Net Weight	25.0225 lb
Form	Powder
Compatible Systems	HyperLogic RO systems
Application	Reverse osmosis membrane cleaning
Currency	USD

Why Choose Hyper-Logic High pH Cleaning Powder

Maintaining RO membrane performance over time requires more than just replacing filters on a schedule. Biological fouling, mineral scale, and oxidation accumulate on membrane surfaces and degrade both permeate (purified water) flow rates and salt rejection efficiency. Hyper-Logic’s High pH Cleaning Powder is formulated to address exactly these conditions.

• Designed for HyperLogic systems: The cleaning procedure and chemistry are matched to HyperLogic reverse osmosis units, making integration into an existing site SOP straightforward. Hydro-Logic publishes the full procedure in the system’s Operational Manual, so staff have a documented reference rather than improvising a cleaning routine.
• Extends membrane service life: According to Hydro-Logic’s product documentation, a regiment of regular membrane cleaning achieves sustained membrane life alongside optimal permeate production and salt rejection. Replacing membranes before their time is an avoidable operating cost — routine cleaning defers that expense.
• Alkaline chemistry for biological and organic fouling: High-pH (alkaline) cleaning formulas are effective against biological growth and organic deposits. Where low-pH cleaners address mineral scale, this high-pH powder targets the biological fouling that causes strong odor and mold growth on the membrane scroll end — both indicators Hydro-Logic lists as triggers for a cleaning cycle.
• Bulk 25 lb pail for commercial operations: Individual membrane cleaning kits are practical for one-off maintenance, but facilities operating multiple HyperLogic units benefit from a bulk supply. The 25 lb pail reduces per-cleaning cost and ensures product is on hand when cleaning indicators arise.
• Clear trigger indicators: Hydro-Logic documentation identifies three conditions that indicate a cleaning cycle is needed — lower permeate flow, strong odor, and visible mold growth on the membrane scroll end. Having the cleaner in stock means maintenance staff can act on those signals without waiting for a reorder.

Best Uses for Hyper-Logic High pH Cleaning Powder

This product is appropriate in any setting where HyperLogic RO systems are operating under load and membrane cleaning is part of the facility’s maintenance program. Below are the primary use scenarios.

• Commercial hydroponic operations with multiple RO units: Large-scale cultivation facilities that rely on RO-purified water for nutrient mixing benefit most from a bulk cleaning supply. With several systems in rotation, one 25 lb pail covers multiple cleaning cycles across units, keeping maintenance costs predictable.
• Facilities with documented SOP requirements: Operations running under regulated or quality-management frameworks need consistent, documented maintenance procedures. Hydro-Logic designs the cleaning procedure to integrate into a site SOP, which supports traceability and repeatable outcomes.
• Sites observing declining permeate flow: If a HyperLogic RO system shows reduced output — water flowing more slowly through the RO stage — this is one of the primary documented indicators that a membrane cleaning cycle is overdue. Using the correct alkaline cleaner rather than a generic product reduces the risk of membrane damage.
• Preventive maintenance on a fixed schedule: Rather than waiting for performance to degrade, facilities can incorporate membrane cleaning on a calendar basis as part of preventive maintenance. The 25 lb pail supports a scheduled cleaning routine without frequent restocking.
• Post-biological contamination recovery: When strong odor or mold growth is detected at the membrane scroll end, the cleaning procedure using this high-pH powder is the documented remediation step before evaluating whether a membrane replacement is necessary.

If you are also evaluating your overall water management setup, the Hydro-Logic Micro 75 GPD Compact Portable RO System is a complementary unit for smaller or portable applications where consistent water quality is needed on-site.

Hyper-Logic High pH Cleaning Powder vs Similar Products

Hydro-Logic also manufactures a Low pH Cleaning Powder for HyperLogic systems. The two products address different fouling types and are not interchangeable — selecting the wrong cleaner for the contamination type may be ineffective or could damage the membrane.

The High pH (alkaline) powder is targeted at biological fouling, organic deposits, and conditions presenting as odor or mold. Alkaline cleaners break down organic matter through saponification and work well against biofilm accumulation.

The Low pH (acidic) powder is intended for mineral scale and inorganic deposits — calcium carbonate, iron, and similar scale-forming compounds that accumulate when the RO system processes harder source water.

In practice, a complete membrane maintenance program may call for both products at different points in the cleaning cycle, as Hydro-Logic’s Operational Manual describes. Purchasing both the high-pH and low-pH powders in bulk ensures the correct chemistry is available for whichever fouling type presents first. Generic RO membrane cleaners not formulated specifically for HyperLogic systems carry a greater risk of voiding warranty coverage or causing membrane damage — using the manufacturer’s own cleaning chemistry is the documented and safest approach.

Compatibility

The Hyper-Logic High pH Cleaning Powder is formulated for use with HyperLogic reverse osmosis systems manufactured by Hydro-Logic. The Operational Manual for the specific HyperLogic model in use is the authoritative reference for compatibility confirmation and correct procedure.

Key compatibility notes based on available documentation:

• System type: HyperLogic reverse osmosis (RO) filtration systems. Not indicated for use with non-HyperLogic RO units or other filter types without consulting Hydro-Logic technical support.
• Membrane scroll end: The cleaning procedure targets the membrane scroll end — the section where biological growth and mold are most likely to develop. The product is not a general-purpose sanitizer for water lines or storage tanks.
• Handling requirements: As an alkaline powder cleaner, standard chemical handling precautions apply. Refer to the included Instructions for use and handling care details before mixing or applying the product. Appropriate personal protective equipment (PPE) should be worn during preparation and application.
• Water systems context: If your grow room water distribution also includes inline filtration upstream of the RO unit, the Dilution Solutions 1-1/2 in Filter with 200 Mesh Screen is an example of a complementary pre-filter that can reduce the particulate load reaching the RO membrane and reduce cleaning frequency.

Usage Guidelines

Membrane cleaning with the Hyper-Logic High pH Cleaning Powder should be performed as part of a documented site SOP for HyperLogic systems. Hydro-Logic identifies both scheduled preventive cleaning and reactive cleaning in response to performance indicators as appropriate contexts for use.

Indicators that a cleaning cycle is needed:

• RO system exhibiting lower permeate (purified water) flow than baseline
• Strong odor detected at the membrane or in the permeate line
• Visible mold growth on or near the membrane scroll end

Frequency guidance: Cleaning frequency depends on source water quality, system load, and environmental conditions at the installation site. Facilities processing high-organic-load source water or operating in warm, humid environments will typically require more frequent cleaning cycles. Establish a baseline cleaning interval and adjust based on observed performance.

Mixing and use: Follow the mixing ratios and contact times specified in the HyperLogic Operational Manual or the product’s included Instructions. Do not exceed recommended concentrations. Rinse the system thoroughly with clean water after the cleaning cycle before resuming normal RO production. Verify permeate flow and quality after cleaning before returning the system to active service.

Record keeping: For facilities operating under quality management systems, document each cleaning cycle — date, operator, system ID, and observed before/after flow or conductivity readings — to track membrane performance over time and plan membrane replacement cycles proactively.

Maintaining consistent water quality throughout the grow room supports better nutrient uptake and plant health. For operations monitoring water quality closely, ensuring adequate aeration and dissolved oxygen in your water supply is also part of a complete water management approach — see the Active Aqua Air Pump for compatible oxygenation equipment.

How to Clean RO Membranes with Hyper-Logic High pH Cleaning Powder

The following steps outline the general cleaning procedure for HyperLogic RO membranes using the High pH Cleaning Powder. Always refer to your system’s Operational Manual for model-specific instructions, mixing ratios, and safety requirements. These steps are a procedural overview derived from Hydro-Logic documentation; they do not replace the manufacturer’s published procedure.

1. Prepare the cleaning solution: Measure the appropriate quantity of High pH Cleaning Powder per the mixing ratio specified in your HyperLogic Operational Manual. Dissolve the powder fully in the volume of water indicated. Wear appropriate PPE — gloves and eye protection at minimum — when handling the cleaning solution.
2. Shut down the RO system: Stop normal RO production and relieve system pressure before beginning the cleaning procedure. Follow the system shutdown steps in your Operational Manual to avoid introducing cleaning solution into the permeate (product water) line.
3. Inspect the membrane scroll end: Before introducing cleaning solution, visually inspect the membrane scroll end for mold growth or debris. Document the condition as part of the cleaning record if your facility maintains maintenance logs.
4. Introduce and circulate the cleaning solution: Route the cleaning solution through the membrane housing per the recirculation procedure described in your Operational Manual. Allow sufficient contact time for the alkaline chemistry to break down biological fouling. Do not exceed the maximum contact time specified by Hydro-Logic.
5. Flush the system: After the cleaning cycle is complete, flush the membrane and housing thoroughly with clean, pre-filtered water. Continue flushing until the rinse water runs clear and pH returns to normal levels. This step is critical — residual cleaning solution in the system can affect permeate quality and potentially damage the membrane if left in place.
6. Verify performance: Restart the RO system and measure permeate flow rate and conductivity (total dissolved solids). Compare to pre-cleaning baseline readings to confirm the cleaning cycle was effective. If flow or salt rejection has not recovered to acceptable levels, consult the Hydro-Logic Operational Manual for guidance on whether a second cleaning cycle or membrane replacement is warranted.
7. Update the maintenance log: Record the date, cleaning agent used (HGC741685 high-pH powder), operator, and before/after performance readings. Consistent record keeping supports warranty documentation and helps predict future cleaning intervals.

Sources & Further Reading