Clearer, Cleaner Water Starts with an Organic Scavenger!
Organic Scavenger with Clack Valve (0.7 m3/hr to 7.5 m3/hr)
From £1,124.34Unit price /Unavailable-
Organic Scavenger with Autotrol Logix 255-742 Valve (0.7 m3/hr to 3.0 m3/hr)
From £1,204.80Unit price /Unavailable
Organic Scavenger Systems Overview
The Organic Scavenger with Clack Valve is a cutting-edge solution for removing organic contaminants like tannins from water, ensuring cleaner and clearer results. By using advanced ion exchange technology, it effectively targets discoloration, unpleasant tastes, and odors caused by natural organics, making it suitable for a range of applications, from households to industrial and public water systems.
This system supports flow rates from 0.7 m³/hr to 7.5 m³/hr, offering flexibility to meet both small-scale and large-scale water treatment needs. Its adaptable configurations allow seamless integration into various plumbing setups, ensuring efficiency and customization for different environments.
Designed with ease of use in mind, it features the reliable Clack valve for precise operation and automated regeneration cycles. This user-friendly design minimizes maintenance requirements and maximizes system uptime, delivering consistent performance for years.
Beyond its technical efficiency, the Organic Scavenger is environmentally conscious. It minimizes waste and optimizes resin usage, offering long-lasting performance with reduced salt consumption. This makes it a cost-effective and eco-friendly choice for water treatment.
With its versatility, this system works perfectly for a variety of purposes, including drinking water treatment, industrial processes like food manufacturing and pharmaceuticals, and municipal applications. It is particularly effective in areas with high organic loads, making it a trusted solution in rural and highland regions.
Supplied by GAPS Water Treatment, the Organic Scavenger with Clack Valve transforms your water treatment process, delivering premium water quality, free from contaminants, all while maintaining efficiency and sustainability.
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Frequently Asked Questions
Organics Scavengers
What is an organic scavenger?
What is an organic scavenger?
Gaps Water Treatment provides a variety of filtration media designed to target specific impurities in water. These media effectively enhance water quality by removing particles, ensuring cleaner and safer water filtration results.
How does the organic scavenger ion exchange process work?
How does the organic scavenger ion exchange process work?
The ion exchange process involves resins that have functional groups capable of exchanging ions with organic ions in the water. This exchange continues until the resin's capacity is exhausted, effectively removing the organic contaminants.
What are the benefits of using organic scavenger ion exchange?
What are the benefits of using organic scavenger ion exchange?
Organic scavenger resins offer high selectivity for targeted contaminants, can be regenerated for repeated use, and improve water quality by removing a wide range of organic impurities affecting taste and odor.
Where are organic scavengers used in water treatment?
Where are organic scavengers used in water treatment?
These resins are used in drinking water purification to remove contaminants that affect taste and odor, in industrial applications for high-purity water, in wastewater treatment to remove pollutants, and in groundwater remediation projects.
What should be considered when using organic scavenger resins?
What should be considered when using organic scavenger resins?
Important considerations include potential resin fouling, the need for regular regeneration, operational costs, and the influence of water chemistry on effectiveness. Pre-treatment of water may be necessary to prevent fouling and maintain efficiency.
How is an organic scavenger regenerated?
How is an organic scavenger regenerated?
Organic scavenger resins are typically regenerated using a regenerant solution, such as salt brine, which restores the resin's ion exchange capacity. The process involves flushing the resin with the regenerant to replace the absorbed organic ions with the ions from the regenerant, effectively cleaning the resin and preparing it for reuse.
Does it require more salt than a water softener?
Does it require more salt than a water softener?
Yes, organic scavenger resins generally use more salt for regeneration compared to a typical water softener. This is because the process of removing organic contaminants often requires a higher concentration of regenerant to effectively displace the absorbed organic ions from the resin. The exact amount of salt used can vary based on the specific type of resin and the level of organic contamination being treated.
What advantages does caustic soda regeneration offer?
What advantages does caustic soda regeneration offer?
Caustic soda (sodium hydroxide) regeneration offers several benefits for certain types of ion exchange resins, particularly those used in organic scavenging:
- Effective Organic Removal: Caustic soda is highly effective at breaking down and removing organic fouling from the resin, restoring its capacity to adsorb more organics.
- Enhanced Resin Longevity: Regular regeneration with caustic soda can prolong the life of the resin by maintaining its efficiency and preventing irreversible fouling.
- Improved Performance: By thoroughly cleaning the resin, caustic soda regeneration helps maintain optimal ion exchange performance, ensuring consistent water quality.
- Cost-Effectiveness: While the initial cost of caustic soda might be higher, its effectiveness in regenerating the resin can reduce the frequency of resin replacement, leading to long-term cost savings.