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Vmax Produce and Meat Purifier
₦90,000.00
Core Technology:
Hydroxyl Radicals (·OH) Generation O₃+H₂O→2·OH+O2 Hydroxyl Radicals utilize their strong oxidative power to thoroughly decompose pollutants, bacteria and pesticides, serving as a green and efficient purification technology.
Technical Mechanism:
Widely used in air, water, and surface cleaning, their core mechanism involves generating ·OH via ionization, photocatalysis, or electrolysis, enabling residue-free purification.
Advantages:
• High efficiency in pollutant degradation with no chemical residues.
• Applicable to gaseous, liquid, and solid pollutants.
• Environmentally safe end products.
Suitable For:
• Water Treatment: Degrades pesticide residues and pharmaceuticals, disinfects water.
• Surface Sanitization: Residue-free disinfection for medical devices and food processing equipment.
Description
Practical Measures to Reduce Risks
Characteristics of Hydroxyl Radicals
Strong Oxidizing Capacity
Redox potential of 2.8 V (second only to fluorine), enabling rapid breakdown of organic molecular structures.
Non-Selectivity
Reacts with nearly all organic compounds (e.g., VOCs, bacteria, pesticide, viruses, odor molecules).
Eco-Friendly
Final reaction products are harmless substances like water (H2O) and carbon dioxide (CO2), avoiding secondary pollution.
Hydroxyl radicals achieve purification through the following steps
1
Oxidative Decomposition of Organics
Redox potential of 2.8 V (second only to fluorine),
enabling rapid breakdown of organic molecular structures.
2
Microbial Inactivation
Destroys cell membranes or protein structures of bacteria and viruses,
rendering them inactive
3
Odor Elimination
Degrades malodorous molecules like hydrogen sulfide
(H₂S) and ammonia (NH₃).
Foodborne Illnesses: Silent Global Killers
WHO reports ~600 million annual cases of food borne illnesses (420,000 deaths); pesticide exposure contributes to ~200,000 acute poisoning deaths yearly (primarily in developing countries).
1. Bacterial contamination: Causes acute illness, with life-threatening risks in severe cases.
2. Pesticide residues: Long-term exposure leads to cancer, neurotoxicity, and endocrine disruption.
Hazards of Bacterial Contamination
Common Pathogens and Health Risks
Salmonella, E. coli, Listeria monocytogenes, and Staphylococcus aureus can cause:
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Acute poisoning
Symptoms such as nausea, vomiting, diarrhea, and fever within hours of ingestion; severe cases may lead to dehydration, shock, or death.
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Long-term complications
Hemolytic uremic syndrome (HUS, linked to E. coli), meningitis (from Listeria), or chronic gastrointestinal damage.
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High-risk populations
Pregnant women infected with Listeria may miscarry; children, the elderly, and immunocompromised individuals face exacerbated symptoms.
Sources of Contamination
Meat
Undercooked poultry, pork, or beef; cross-contamination (e.g., using the same cutting board for raw and cooked foods).
Produce
Contamination from fecal fertilizers, polluted irrigation water, or unsanitary processing.
Hazards of Pesticide Residues
Major Pesticide Types and Toxicity
1
Organophosphates (e.g., Dichlorvos)
Inhibit acetylcholinesterase, causing dizziness, convulsions, and
potential neurodegenerative disorders with chronic exposure.
2
Pyrethroids (e.g., Cypermethrin)
Disrupt endocrine function, potentially impairing fertility.
3
Glyphosate (herbicide)
Classified as a “probable carcinogen” (Group 2A)
by the International Agency for Research on Cancer (IARC);
long-term exposure may increase lymphoma risk.
4
Fungicides (e.g., Carbendazim)
Excessive residues may harm the liver and immune system
Health Impacts
◉ Acute poisoning: High-dose ingestion leads to respiratory distress, seizures, or death (common in occupational exposure).
◉ Chronic effects
● Carcinogenicity: Certain pesticides are linked to liver cancer and breast cancer (e.g., DDT, an organochlorine pesticide).
● Developmental toxicity: Prenatal exposure may cause fetal malformations or intellectual delays.
● Endocrine disruption: Pyrethroids mimic estrogen, contributing to early puberty in children or adult infertility.
● Immunosuppression: Weakens resistance to infections and allergies.
Children
Immature metabolic systems and higher pesticide intake per body weight. Neurotoxic effects may impair cognitive development (Harvard studies suggest organophosphates reduce IQ).
Elderly and Chronically ill
Weakened immunity raises the risk of sepsis or severe complications from bacterial infections.
Pregnant Women
Pesticides cross the placenta, increasing risks of preterm birth or low birth weight. Listeria infection may cause miscarriage or severe neonatal illness.
Additional information
| Brand | Vmax |
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What Customers Say
I’ve been using the VMAX Produce & Meat Purifier for a few weeks now, and I’m amazed at the difference. My fruits and vegetables feel cleaner, and I have total peace of mind about the meat I use in my meals. It’s simple, effective, and now an essential in my kitchen. - Chioma 54, Abuja
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