Bio-Organic Catalyst (BOC) is a patented nanotechnology platform designed to address the most persistent challenges in facility management. By leveraging biocatalytic oxidation and nano-bubble-enhanced oxygenation, BOC formulations eliminate odor-causing compounds, accelerate organic waste breakdown, and protect infrastructure—all while reducing operational costs and environmental impact. Unlike traditional chemical treatments, BOC works at the molecular level to create self-sustaining aerobic environments, ensuring long-term efficacy across diverse applications. Designed for busy facility managers, our formulations work efficiently behind the scenes to reduce costs, minimize labor, and keep your operations running smoothly—all while prioritizing safety and sustainability.

1. Garbage Areas: Chutes, Skips, and Garbage Rooms

The Problem

Garbage rooms and chutes often become breeding grounds for foul odors, pests, and bacteria due to trapped organic waste. Traditional cleaning methods like chemical sprays or high-pressure washing only mask odors temporarily, leaving residues that attract insects and rodents. Frequent scrubbing is labor-intensive, and grease buildup on surfaces leads to permanent staining. Without addressing the root cause, facilities face ongoing complaints, health risks, and rising maintenance costs.

How BOC Solves It

• Neutralizes Odors at Molecular Level: BOC’s biocatalytic formula oxidizes hydrogen sulfide (H₂S) and ammonia (NH₃) into harmless compounds, eliminating odors instead of masking them.
• Deep-Cleans Surfaces: Nano-bubbles penetrate porous materials (concrete, metal) to lift grease and organic residues, reducing manual scrubbing by 50%.
• Prevents Pest Breeding: Rapid organic waste breakdown removes food sources for insects and rodents, cutting infestation risks

2. Grease Traps: Stop Blockages Before They Start

The Problem

Grease traps clogged with fats, oils, and grease (FOG) lead to backups, foul odors, and expensive emergency cleanouts. Traditional methods like manual scraping or chemical solvents damage pipes, require frequent service, and leave behind toxic residues. Over time, FOG buildup disrupts kitchen operations, increases downtime, and risks regulatory fines. Without effective treatment, grease traps become a recurring headache for facility teams.

How BOC Solves It

• Accelerates FOG Breakdown: Converts fats, oils, and grease (FOG) into water and CO₂ through aerobic digestion, preventing clogs and reducing pump-outs by 60–80%.
• Eliminates Odor-Causing Bacteria: Targets anaerobic microbes that produce foul-smelling gases like mercaptans, keeping kitchens odor-free.
• Non-Corrosive Protection: Safe for pipes and grease trap liners, unlike harsh solvents that degrade infrastructure over time

3. Sewage Networks: Protect Pipes and Reduce Costs

The Problem

Sewer gases like hydrogen sulfide (H₂S) corrode pipes, create foul odors, and pose health risks to maintenance teams. Traditional solutions like chemical inhibitors or mechanical aeration are costly, energy-intensive, and fail to prevent long-term damage. Sludge buildup in pipes increases hauling costs and risks overflows. Without effective treatment, facilities face rising repair bills and compliance issues.

How BOC Solves It

• Removes Biofilms: Degrades slime layers in pipes where H₂S-producing bacteria thrive, preventing corrosion and extending infrastructure lifespan.
• Boosts Dissolved Oxygen: Nano-bubbles increase oxygen levels (8–12 mg/L) without mechanical aerators, cutting energy use by 25–40%.
• Reduces Sludge Volume: Enhances organic waste conversion, lowering biosolids by 50–70% and disposal costs

4. Irrigation Networks: Keep Water Flowing Freely

The Problem

Clogged emitters disrupt water flow, waste resources, and harm plant health. Mineral deposits and organic buildup in pipes require constant flushing with harsh chemicals, which damage soil and crops. Manual cleaning of emitters is time-consuming, and inconsistent watering leads to poor plant growth. Without a reliable solution, irrigation systems become a drain on time and resources.

How BOC Solves It:

• Dissolves Mineral Deposits: Breaks down calcium and magnesium buildup in emitters, restoring water flow without acidic chemicals.
• Prevents Biofilm Formation: Oxygen-rich nano-bubbles inhibit algae and bacterial growth, keeping pipes clean long-term.
• Enhances Soil Health: Promotes beneficial microbes (e.g., Pseudomonas) for better nutrient abso     rption and plant resilience

5. Toilet Areas: Advanced Solutions for Hygiene & Efficiency

Toilet areas face persistent challenges including uric acid crystallization in urinals, organic waste accumulation in drains, and foul odors caused by anaerobic bacteria. Traditional methods like bleach or ammonia-based cleaners corrode fixtures, fail to penetrate biofilms, and leave toxic residues. Over time, these inefficiencies lead to clogged pipes, surface degradation, and increased regulatory risks due to non-compliant wastewater discharge.

How BOC Solves It

• Biofilm & Uric Acid Breakdown: BOC’s bio-catalytic action dissolves uric acid crystals and organic waste at the molecular level, preventing blockages in urinals and commodes while eradicating slime layers in pipes.
• Odor Elimination: Oxygen-rich micro-bubbles suppress hydrogen sulfide (H₂S) and mercaptans by converting anaerobic zones into aerobic environments, neutralizing odor-causing bacteria instantly.
• Non-Toxic Cleaning: NSF-certified formulas (e.g., Eco-Cat Clean™) replace corrosive chemicals, safely removing stains from tiles, grout, and fixtures without damaging surfaces or septic systems.
• Preventative Maintenance: Regular application inhibits biofilm formation in drains and traps, reducing fruit fly infestations and minimizing emergency repairs.
• Surface Restoration: Penetrates deeply to remove embedded stains, restoring slip resistance to floors and extending the lifespan of grout and fixtures.

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