226.00 kg
Based on Year 1 startup, including initial pre-activation phase.
SEPT-X™ is a 100% organic, eco-friendly culture of active micro-organisms that synthesizes beneficial enzymes, super-catalyzing co-enzymes, and co-factors with a remarkable ability to fully digest complex organic pollutants and sanitize the environment.
The core power of SEPT-X™ resides in a newly discovered, naturally occurring enzyme known as Super Catalase. This cultured protein creates a massive Kinetic Rate Increase, speeding up other digestive enzymes by thousands to millions of times.
Responsible for breaking down complex fats, grease, and fatty acids that clog pipes, form scum layers, and disrupt biological WWTP filters.
Responsible for rapid decomposition of proteins, organic nitrogenous wastes, amino acids, and complex biological sludge components.
Classified as Bio-safety Level 1, SEPT-X™ bacterial strains are naturally occurring, non-genetically modified, and completely safe for human contact, wildlife, and natural ecosystems. (LD50 > 21,000 mg/kg).
Competing biological treatments rely on slow, spore-forming bacteria that take days to start. SEPT-X™ is vacuum freeze-dried in a mature live cell state. It reactivates in minutes, digestings waste at the molecular level, instantly stopping odors and cleaning equipment.
Engineered to act as a complete wastewater treatment system, replacing multiple chemical inputs with one organic formula.
Fully digests proteins, fats, carbohydrates, and cellulose at the molecular level, converting solid waste into inert water-soluble compounds rapidly.
Produces natural pediocins and lactic acid, inhibiting dangerous pathogens like E. coli, Vibrio cholerae, Salmonella, and Listeria.
Utilizes rare yeast strains (Pichia farinosa) to synthesize specialized killer toxins that neutralize Aflatoxins, Mycotoxins, and Endotoxins.
Synthesizes natural iturins that inhibit pathogenic fungi, preventing structural bio-film corrosion and maintaining system hygiene.
By altering organic matter transformation phase biochemistry, SEPT-X™ dramatically improves key plant metrics while drastically reducing operating overhead.
Drastically minimizes bio-solids production, dead cell accumulation, and filter cakes, cutting hauling and disposal logistics costs.
Lowers biological oxygen demand (BOD) rapidly, reducing the run-time and electrical load of heavy mechanical aerator blowers.
Decreases aeration retention times by half and sedimentation times from 27 to 5 minutes, doubling daily capacity without capital expenditure.
Rapidly oxidizes Hydrogen Sulfide (H2S) and Ammonia (NH3) gases inside the plant, allowing residential developments close by.
Enzymatic clearing eliminates reliance on coagulants (Ferric Sulfate), polymers, and expensive downstream disinfectants.
Active in extreme parameters: pH 1.5 - 9.6, salinity up to 65,000ppm, and temperature ranges of 0 - 65°C.
Input your wastewater plant metrics to calculate your custom SEPT-X™ treatment program and projected operational savings.
Provide flow metrics to generate a custom pre-activation dosing schedule.
Get active biological cultures shipped directly to your facility. Ideal for grease traps, septic tanks, and small-scale wastewater treatment.
Highly concentrated active micro-organisms designed to digest organic sludge, eradicate bad odors, and optimize biological wastewater systems. Easy application instructions included.
Tested and verified by major municipal and commercial wastewater operators in heavy peak seasons.
Coordination was set with tourist resort engineers in Cairo to test SEPT-X™ against standard chemical treatment. Within days of introducing SEPT-X™, all bad odors emitted from the open tanks disappeared completely, replaced by a mild fermentation smell that cleared completely on day three. All accumulated plaque and biological slime layers on the aeration and sedimentation basin walls detached, falling off and leaving the concrete walls fully clean.
| Parameter | Normal Treatment | SEPT-X treated (Day 10) | Improvement |
|---|---|---|---|
| COD | 58 mg/L | 35 mg/L | 39.6% |
| BOD | 25 mg/L | 14 mg/L | 44.0% |
| Ammonia (NH3) | 0.05 mg/L | 0.00 mg/L | 100.0% |
| Hydrogen Sulfide (H2S) | 1.2 mg/L | 0.0 mg/L | 100.0% |
| Faecal Coliform | 2.8 x 10³ | 7 x 10 | 99.7% |
| Intestinal Worm Eggs | 2 count/100ml | 0 count/100ml | 100.0% |
An experiment was carried out at the Hilton Marsa Alam treatment plant (operated by Metito) during the peak Eid holiday season. The resort suffered from strong sewer odors blowing 100 meters across the resort, causing guest complaints. In addition, deep layers of black floating sludge covered the sedimentation basins.
| Chemical Element | Output Value | Standard Status |
|---|---|---|
| Odor | Odorless | 100% Odorless |
| Turbidity | 0.32 N.T.U | Crystal Clear |
| pH Value | 7.0 | Neutral |
| COD | 15 mg O2 / L | Excellent |
| BOD | 4 mg O2 / L | Highly Pure |
| Ammonia | 1.6 mg / L | Very Low |
The Princess Resort group was suffering from guest cancellations, insect infestations, and regulatory fines due to an overloaded 500 m³ treatment plant handling over 2,000 m³ of raw wastewater daily. Excess raw sewage was bypassed untreated into the irrigation tanks and dumped into an open 288 m³ waste lake, breeding mosquitoes and odor.
| Parameter | Achieved Metric | Operational Benefit |
|---|---|---|
| Resort-wide Odor | 100% Eliminated | Increased Guest Satisfaction |
| Sludge Volume Drop | 80.0% Reduction | Reduced Extraction/Hauling Cost |
| BOD & COD Reduction | 70.0% Reduction | Regulatory Compliance Achieved |
| Toxic NH3 & H2S Gases | 95.0% Reduction | Eliminated Workplace Toxic Risk |
| Wastewater Lake Pests | 100% Eradicated | Zero Mosquito & Fly Infestations |
Explore how SEPT-X™ outperforms standard biological treatments across every metric.
| Feature | SEPT-X™ Biotechnology | Competitor Formulas |
|---|---|---|
| Active Microbe Count | 11 Pure Micobes (Bacteria & Yeast) | 1 to 2 Simple Micro-organisms |
| Temperature Tolerance | 0°C to 65°C (Highly Active) | Dysfunctions above 45°C |
| pH Operating Range | Extreme 1.5 to 9.6 Range | Narrow range (only works in alkaline) |
| Salinity Tolerance | Up to 65,000 ppm (Brackish/Industrial) | Fails in saline wastewater |
| Antibiotic Resistance | Tolerates up to 30 ppm of antibiotics | Wiped out immediately by medical waste |
| Form & Reactivation | Live Cell Vacuum Dry (Reactivates in mins) | Inactive Spores (takes days to activate) |
| Pathogenic Protection | Proven inhibition of Salmonella, E. Coli, etc. | No proven antimicrobial protection |
| Metabolite Richness | Contains organic acids, pediocins, vitamins | Standard microbes with no metabolites |
Access our comprehensive biological engineering databank, containing full safety sheets, manufacturer certificates, application manuals, and Arabic technical proposal folders.
Deep-dive 80-page manual covering system sizing, aeration tank calculations, SBR decanting ratios, and pre-activation setups.
Visual booklet detailing active microbes, dosage rates, H2S/NH3 reduction graphs, and expected biological performance.
Corporate slide presentation deck detailing the production processes, vacuum freeze-drying, and kinetic acceleration values.
Slide-deck focusing on WWTP biological nutrient removal (BNR), nitrification pathways, and phosphorus sedimentation.
Concise technical overview summarizing Super Catalase discoveries, LD50, and dosing systems.
Our biochemical engineers can provide a custom pre-activation dosing proposal for your specific municipal or industrial wastewater system.