Professional Water Tank Cleaner - Cistern & Catchment Bomb

HOCL stands for hypochlorous acid. It is an effective and powerful cleaner used to maintain water tanks and reduce harmful germs. HOCL is made naturally by the human body that may help reduce bacteria and viruses in water systems.

How HOCL Cleans Water Tanks

• Effective Disinfection: HOCL may help may help reduce bacteria and viruses in water systems.
• Gentle and Residue-Free: Unlike bleach, HOCl doesn’t leave harsh chemicals behind, ensuring the tank is suitable for use again.
• No Strong Odors: HOCL doesn’t produce strong smells or harmful fumes, making it better for people and the environment.
• Easy Application: HOCL is easy to put on, then wipe off into the tank, reaching all areas, including hard-to-reach spots where dirt and germs hide.
• Quick Action: It starts working right away, sanitizing the tank quickly and efficiently.
• No Rinsing Needed: After cleaning, there is usually no need to rinse the tank, as HOCL breaks down into harmless substances.

Benefits of HOCL Over Bleach

• Better for Humans and the Environment: HOCL is Superior to bleach and doesn’t produce toxic fumes.
• Protects Tank Materials: It doesn’t cause damage or corrosion to the tank like bleach can.
• Prevents Algae and Biofilms: HOCL helps stop the growth of algae and biofilms, keeping the tank clean longer.
• Cost-Effective: Over time, using HOCL can be more economical than bleach.
• Better Water Quality: Ensures that the water remains clean and free from chemical residues.

Using HOCL as a water tank cleaner is a great choice. It cleans effectively while being eco-friendly and easy to use, making it Superior than traditional bleach cleaners.

The Cistern & Catchment Bomb Cleaner from SolutionsHOCL® contains the following primary ingredients:

• Sodium-based NaDCC
• Citric Acid
• Sodium Sulfate
• Sodium Bicarbonate

According to the product description, these components are described as eco-friendly

In general, citric acid and sodium bicarbonate are known to be biodegradable and environmentally benign. Sodium sulfate is an inorganic salt that is highly soluble in water and is not considered harmful to the environment in typical concentrations. Sodium dichloroisocyanurate (NaDCC) releases hypochlorous acid (HOCl) upon dissolution, which is a biodegradable compound.

Therefore, the ingredients in the Cistern & Catchment Bomb Cleaner are considered biodegradable and environmentally friendly.

EPDM (Ethylene Propylene Diene Monomer) Liners

• Why Avoid Bleach? Bleach can oxidize and degrade EPDM rubber, leading to brittleness and leaks.
• Recommended Cleaning Method:
• Product: Use SolutionsHOCL® Cistern & Catchment Bomb.
• Application: Dilute the product as per instructions and apply it to the interior surfaces of the tank. Allow it to sit for the recommended time to effectively neutralize contaminants.
• Rinse: Thoroughly rinse with clean water to remove any residual cleaner.

PVC (Polyvinyl Chloride) Liners

• Why Avoid Bleach? Bleach can cause hardening and cracking of PVC over time.
• Recommended Cleaning Method:
• Product: Utilize SolutionsHOCL® Cistern & Catchment Bomb.
• Application: Prepare a diluted solution and gently scrub the liner with a soft brush or cloth to remove biofilm and deposits.
• Rinse: Ensure all cleaning residues are rinsed away with fresh water.

Polyethylene (LDPE & HDPE) Liners

• Why Avoid Bleach? Low-density polyethylene (LDPE) can degrade with bleach exposure, while high-density polyethylene (HDPE) may resist but is not immune to damage.
• Recommended Cleaning Method:
• Product: Opt for SolutionsHOCL® Cistern & Catchment Bomb.
• Application: Apply the diluted solution to the liner, allowing it to address organic contaminants effectively.
• Rinse: Flush the tank with clean water to remove any remaining cleaner.

Polypropylene (PP) Liners

• Why Avoid Bleach? Bleach can lead to discoloration and embrittlement of polypropylene.
• Recommended Cleaning Method:
• Product: Employ SolutionsHOCL® Cistern & Catchment Bomb.
• Application: Use the product as directed to clean the liner, ensuring it reaches all areas to eliminate microbial growth.
• Rinse: Rinse thoroughly with potable water to ensure no cleaner remains.

Butyl Rubber Liners

• Why Avoid Bleach? Similar to EPDM, bleach can deteriorate butyl rubber, compromising its flexibility and integrity.
• Recommended Cleaning Method:
• Product: Choose SolutionsHOCL® Cistern & Catchment Bomb.
• Application: Apply the diluted cleaner to the liner surface, allowing adequate contact time to break down contaminants.
• Rinse: Completely rinse the tank with clean water to remove any cleaner residue.

Fiberglass (Gel-Coated) Liners

• Why Avoid Bleach? Bleach can erode the gel coating, leading to absorption of chemicals and structural degradation.
• Recommended Cleaning Method:
• Product: Apply SolutionsHOCL® Cistern & Catchment Bomb.
• Application: Use the product to clean the liner, focusing on areas with visible staining or biofilm.
• Rinse: After cleaning, rinse the tank thoroughly to ensure all residues are removed.

Over 44 million Americans depend on private wells, rainwater tanks, and water storage systems for their daily water needs. These systems, when properly cleaned, provide reliable, clean water when city water isn't available.

Water tanks can accumulate bacteria, algae, and organic build-up over time, impacting water quality. Routine cleaning ensures fresh, purified water for household use.

Our eco-friendly formula makes tank cleaning easy. Using natural oxidation and eco-friendly ingredients like citric acid, it dissolves water tank build-up, maintains a balanced pH, and keeps your water tank clean without harsh chemicals.

Yes! Our SolutionsHOCL Water Tank Cleaner is formulated from eco-friendly ingredients, making it extremely effective for your Family, and the environment. It supports sustainable water storage without compromising water quality.

Our product ABSOLUTELY PURIFIES your water thru natural
Oxidation – by invading the cells and disrupting them.

The SolutionsHOCl® Cistern & Catchment Bomb Cleaner purifies water in your tank by using a special ingredient called Hypochlorous Acid (HOCl). Here’s how it works simply:

• What It Does: You drop a scoop of this powder (1 scoop for every 1,000 gallons) into your water tank. It turns into HOCl, which is like a superhero that fights off germs and yucky stuff.
• How It Purifies: HOCl attacks bacteria, algae, and mold, breaking them apart so they can’t make you sick or make the water smell bad. Studies show it’s super strong—way better than bleach!
• Easy Steps: After about an hour or so, the dead gunk floats to the top, and you scoop it out. This leaves your water clean and safe.
• Safe for Earth: It’s made from natural stuff and doesn’t leave bad chemicals behind, so it’s good for the Planet.
• Cool Fact: Scientists have studied HOCl a lot (hundreds of University studies), and they prove it is awesome at cleaning water without being harsh.

So, it purifies your water by zapping the bad stuff and keeping it fresh and safe to use!

University-Level Scientific Studies

The SolutionsHOCl® Cistern & Catchment Bomb Cleaner purifies water through the controlled release of Hypochlorous Acid (HOCl), a potent oxidizing agent derived from a Sodium-based formula (NaDCC). Below is a detailed analysis of its purification mechanism, referencing eight studies from https://solutionshocl.com/pages/scientific-studies:

• Formulation and Activation:
• The product, a powdered NaDCC-based compound, is dosed at 1 scoop per 1,000 gallons. Upon dissolution in water, NaDCC hydrolyzes to form HOCl, the primary active agent for purification:

NaDCC + H_2O \rightarrow HOCl + NaCl + Cyanuric Acid

• This reaction generates a neutral-pH HOCl solution, optimizing its oxidative capacity compared to bleach (NaOCl), which dissociates into less effective OCl⁻ at higher pH.
• Mechanism of Purification:
• Oxidative Disinfection: HOCl purifies by oxidizing microbial cell components, including lipids, proteins, and nucleic acids, leading to cell lysis and death. Its neutral charge enhances penetration into biofilms and cell walls, as supported by Fukuzaki (2006), which details HOCl’s disruption of microbial structures via oxidation.
• Broad-Spectrum Efficacy: Studies like Barrette (2003) confirm HOCl’s superior antimicrobial action against bacteria, viruses, and fungi, attributing its purification potency to rapid electron transfer reactions:

HOCl + R-H \rightarrow R-Cl + H_2O

• Algae and Odor Control: Albemarle Corporation (2021) highlights HOCl’s ability to oxidize chlorophyll and volatile organic compounds, effectively purifying water by eliminating algae and odors.
• Scientific Validation from Studies:
• Gordon et al. (2015): Demonstrates HOCl’s environmental advantage in water purification, breaking down into salt and water, minimizing residual impact compared to bleach.
• Rutala & Weber (2004): Validates HOCl’s efficacy in healthcare disinfection, extensible to water purification, noting its rapid kill rate against pathogens.
• McDonnell & Russell (1999): Explains HOCl’s mechanism of denaturing proteins, a key step in purifying water by neutralizing biological contaminants.
• Wang et al. (2007): Confirms HOCl’s safety and efficacy in environmental applications, supporting its use in cistern purification without toxic byproducts.
• Edward & Lidwell (1943): An early study showing HOCl’s virucidal activity (e.g., against influenza), underscoring its broad purification potential.
• Practical Purification Process:
• After 30-40 minutes of contact time, oxidized organic matter aggregates and floats, allowing manual removal. This step completes the purification, leaving water clear and odor-free, as HOCl’s oxidative power eliminates suspended impurities and microbial loads.
• The formulation’s inclusion of stabilizers (e.g., sodium bicarbonate, citric acid) maintains a neutral pH, enhancing HOCl’s stability and purification efficiency over time.
• Comparative Advantage:
• The website claims HOCl is “103 times more effective than bleach,” a figure likely derived from comparative microbial kill rates in studies like Barrette (2003) and Fukuzaki (2006), due to HOCl’s higher penetration and reactivity at neutral pH.
• Eco-Friendly Outcome:
• Post-purification, HOCl decomposes into benign chloride ions and water, aligning with Gordon et al. (2015) and Wang et al. (2007), ensuring no harmful residuals persist, making it a sustainable purification method endorsed by the WHO.

In conclusion, the SolutionsHOCl® product purifies water through HOCl’s oxidative destruction of contaminants, validated by eight referenced studies, although there are hundreds more. Its efficacy, safety, and environmental profile position it as a superior alternative to traditional chlorine-based treatments, effectively rendering cistern water suitable for household use.