Hyper-Logic AS111 Anti-Scalant

The Hyper-Logic AS111 Anti-Scalant is a broad-spectrum concentrate designed for Commercial, Industrial, and Heavy-Industrial reverse osmosis systems. Used with a HyperLogic Chemical Injector, it inhibits Calcium Carbonate scale formation on RO membranes, extending membrane service life and reducing the need for water softeners. NSF/ANSI Standard 60 certified for Drinking Water Treatment Chemicals. Supplied as a 45 lb jug; must be diluted before use per the HyperLogic Owners Manual.

Hyper-Logic AS111 Anti-Scalant Specifications

The AS111 is a concentrated anti-scalant formulation intended for use in commercial-scale reverse osmosis installations. The following table summarizes the key product specifications derived from manufacturer documentation.

Specification	Value
Product Type	Broad-Spectrum Anti-Scalant Concentrate
Target Scale	Calcium Carbonate (and broad-spectrum mineral scale)
Application Systems	Commercial, Industrial, Heavy-Industrial RO Systems
Container Size	45 lb Jug
Certification	NSF/ANSI Standard 60 — Drinking Water Treatment Chemicals
Delivery Method	Chemical Injector System (HyperLogic Chemical Injector)
SKU / Former Model	HGC741679 / formerly HL 11906
Dilution Requirement	Must be diluted prior to use (refer to HyperLogic Owners Manual for ratios)

Why Choose the Hyper-Logic AS111 Anti-Scalant

Reverse osmosis membranes in commercial and industrial installations are exposed to high volumes of feed water, which can cause mineral deposits — particularly Calcium Carbonate — to accumulate on membrane surfaces. Left unchecked, this scaling reduces flow rates, degrades rejection performance, and ultimately shortens membrane service life. The AS111 is designed to address this problem at scale.

• Broad-spectrum inhibition: Formulated to address a wide range of mineral scale types, with a primary focus on Calcium Carbonate — the most common cause of RO membrane fouling in hard-water environments.
• Prolongs membrane service life: Consistent anti-scalant dosing via a Chemical Injector System reduces the frequency of membrane cleaning and replacement events, lowering long-term operating costs.
• NSF/ANSI Standard 60 certified: Certified for Drinking Water Treatment Chemicals, making it appropriate for installations where RO-treated water enters potable water supply lines or food-contact applications.
• Replaces water softeners in many setups: A Chemical Injector paired with AS111 can perform the scale-prevention function of a water softener while eliminating the downtime and drain-water losses associated with softener regeneration cycles.
• Reduces system downtime: By preventing scale at the membrane surface rather than reacting to it after formation, facilities experience fewer emergency cleaning shutdowns and more predictable maintenance schedules.

The AS111 is sold as a concentrated jug-format product sized for facilities that operate continuously or at high throughput — settings where a small residential anti-scalant cartridge would need to be replaced far too frequently to be cost-effective.

Best Uses for the Hyper-Logic AS111 Anti-Scalant

The AS111 is matched to applications where a large RO system runs continuously on hard or moderately hard source water. Below are the settings where this product is most commonly deployed.

• Commercial greenhouse and cultivation facilities: Large indoor cultivation operations using central RO systems to produce consistent low-EC irrigation water benefit from continuous anti-scalant dosing to keep membranes performing at rated capacity throughout a long production season. Pairing this with a Hydro-Logic RO system in a smaller satellite zone is also an option where mixed system sizes are in use.
• Industrial process water treatment: Facilities treating high-volume process water — including light manufacturing, food processing, and laboratory water supply — where consistent RO output quality is critical and membrane replacement costs are significant.
• Heavy-Industrial RO installations: Systems operating on well water or municipal supplies with high total dissolved solids or elevated hardness levels, where scale formation would otherwise occur rapidly without chemical treatment.
• Installations replacing or supplementing water softeners: Sites seeking to eliminate the water and salt waste generated by traditional ion-exchange softeners while maintaining effective scale control can substitute the Chemical Injector / AS111 combination as an alternative treatment path.
• Facilities requiring NSF-certified chemistry: Any installation where treated water contacts potable or food-contact surfaces requires treatment chemicals certified under NSF/ANSI Standard 60 — a requirement the AS111 satisfies.

Compatibility

The AS111 is designed for use within the HyperLogic product ecosystem and requires a compatible delivery mechanism to function correctly in-line.

• HyperLogic Chemical Injector Systems: The AS111 is specifically intended for use with HyperLogic Chemical Injector Systems. The injector meters the diluted concentrate into the RO feed line at a controlled rate. Refer to your specific injector model’s documentation for feed-line fitting requirements and injection port placement.
• Commercial, Industrial, and Heavy-Industrial HyperLogic RO systems: The product is matched to Hydro-Logic’s larger-format RO platforms. It is not intended for small residential or compact portable RO units where chemical injection equipment is typically absent.
• Feed water quality: The AS111 is effective on source water with Calcium Carbonate hardness as the primary scaling concern. Source water with unusual chemistry — very high sulfate, silica, or iron content — may require a different or supplemental treatment approach; consult the HyperLogic Owners Manual or Hydro-Logic technical support for guidance.
• NSF-applicable plumbing systems: Because the AS111 carries NSF/ANSI Standard 60 certification, it is compatible with systems governed by potable water treatment regulations. Verify local plumbing code requirements before use in drinking water systems.
• Filtration accessories: If your RO feed line includes inline filters — such as a mesh screen filter to protect injection equipment from debris — ensure the anti-scalant injection point is placed downstream of sediment pre-filters and upstream of the RO membrane array per the HyperLogic system diagram.

Usage Guidelines

The AS111 is a concentrate and must be diluted before it enters the feed line. Dosing ratios and dilution instructions are specific to the HyperLogic system being used and are detailed in the HyperLogic Owners Manual. The following guidelines summarize handling and maintenance requirements from the manufacturer documentation.

• Dilution is mandatory: Do not inject or apply the AS111 concentrate in undiluted form. Always prepare a diluted solution at the ratio specified in your HyperLogic Owners Manual before loading it into the Chemical Injector tank.
• Monthly injector tank maintenance: Empty, clean, and rebatch the Chemical Injector tank once per month. Residual concentrate left in the tank can degrade over time; fresh batching ensures consistent dosing and prevents fouling of the injector system itself.
• Storage requirements: Store the jug in a temperature-controlled environment away from direct sunlight. Exposure to heat or UV light can degrade the concentrate and reduce its effectiveness.
• Shelf life after opening: Once opened, the AS111 should be used within one year. Mark the opening date on the container and plan procurement accordingly to avoid waste on low-throughput systems.
• Refer to the Owners Manual for injection ratios: The correct dilution and injection rate depends on source water hardness, system flow rate, and the specific HyperLogic RO model in use. Do not guess at ratios — over-dosing wastes product and under-dosing leaves membranes unprotected.

For facilities running EC monitoring on their RO output, note that anti-scalant dosing at the correct levels should not materially affect the EC of the RO permeate. If you observe unexpected EC readings, verify that the injector is functioning within spec. You can use an EC electrode or a calibrated EC pen to check permeate water quality as part of routine system checks.

How to Set Up the AS111 in a Chemical Injector System

The steps below describe a general setup sequence for integrating the AS111 with a HyperLogic Chemical Injector. Always cross-reference these steps with the specific instructions in your HyperLogic Owners Manual, as injector configurations vary by model.

1. Gather materials: Obtain the AS111 jug, your HyperLogic Chemical Injector System, measuring equipment appropriate for preparing diluted solutions, and the HyperLogic Owners Manual for your specific RO system model.
2. Prepare the diluted solution: Following the dilution ratio specified in the Owners Manual for your source water hardness and system flow rate, mix the required volume of AS111 concentrate with clean water. Use a clean, dedicated container for this step.
3. Load the injector tank: Pour the prepared diluted solution into the Chemical Injector tank. Do not fill beyond the tank’s maximum fill line. Secure the lid.
4. Verify injector line placement: Confirm that the chemical injection point is upstream of the RO membrane array and downstream of all sediment and carbon pre-filters. Incorrect placement can contaminate pre-filters or reduce anti-scalant efficacy.
5. Set injection rate: Adjust the injector’s metering valve or pump setting to the rate specified in the Owners Manual for your system’s flow rate and the prepared dilution ratio.
6. Start the system and verify operation: Bring the RO system online and allow it to reach steady-state operation. Verify that the injector is drawing solution at the expected rate by monitoring the solution level in the injector tank over a measured run time.
7. Establish a monthly maintenance schedule: Note the date of first loading. Set a recurring monthly reminder to empty, clean, and rebatch the injector tank as specified by the manufacturer to ensure consistent anti-scalant delivery and prevent injector fouling.

Sources & Further Reading