5000 Person Package Treatment Plant

5000-6000+ person capacity for municipal and large industrial projects:

• Municipal wastewater treatment plant — town, district, neighborhood
• Large organized industrial zone central treatment — organized industry with 50+ factories
• Mega resorts — Maldives, Antalya, Bodrum style resort
• City hospitals — complexes with 500+ beds
• Mega university campuses — 20,000+ students
• Military base complexes — large garrison
• Industrial mega complexes — petrochemical, steel, food mega factories *For capacities above this, it is recommended to switch to classical activated sludge or MBR systems.*

Typical usage examples:

• Neighborhood/Town with 15,000 population: Municipal wastewater treatment plant — urban sewerage.
• OSB with 50+ factories: Sectoral pre-treatment + central biological treatment + advanced filtration.
• Mega resort complex (1500+ rooms): Independent water management — SWRO drinking + packaged wastewater + reuse in irrigation.
• University with 20,000 students: Including campus-scale social facilities. Important: Above this capacity, a conventional activated sludge plant or MBR system may be more economical. Alternatives will be evaluated after site analysis.

The technology we recommend for this capacity:

• Conventional activated sludge plant — more economical than a package system
• Advanced biological N-P removal — A2/O or UCT process
• MBR retrofit option — infrastructure for future water recovery
• Anaerobic sludge stabilization — biogas production option
• Complete dewatering + drying — industrial scale
• SCADA + DCS — 24/7 monitoring + alarm + reporting
• API + IAF (for wastewater containing oil) — in industrial applications *For capacities above this, we offer conventional plant design instead of a package system.*

Technical specifications (for 5000 people / 950-1000 m³/day):

• Reactor material: ST37 carbon steel, 4-6 mm thickness
• Corrosion protection: Epoxy paint or bituminous coating, 15-20 years lifespan
• BOD removal: 92-96% (inlet 300-400 mg/L → outlet 15-20 mg/L)
• COD removal: 88-94% (inlet 600-800 mg/L → outlet 80-100 mg/L)
• SS removal: 95+% (outlet 20-30 mg/L)
• NH4-N removal: 85-90% (advanced biological process)
• Automation: PLC controlled, SCADA remote monitoring optional
• Energy consumption: Typical 0.4-0.7 kWh/m³ of treated water
• Footprint: Reactor only + 1 m service area
• Warranty: Mechanical 12 months, body 5 years
• Certifications: CE, ISO 9001, ISO 14001

Investment analysis for a system serving 5000 people: - Annual treated water: ~365,000 m³ - Reusable water (for irrigation): ~310,250 m³ (85%) - Operational savings (water bill): Between 25-40% of total annual water expenses - Avoidance of municipal sewer fees: Additional savings of +30-50% depending on the region - Prevention of environmental compliance penalties: Severe penalties for exceeding discharge limits - Estimated payback period: Typically between 2-4 years - Equipment lifespan: 15-20 years (70%+ of investment lifespan is profit) - Sustainability: Direct contribution to the conservation of water resources