A 400-room hotel can generate 60 to 120 KLD of sewage, and basement or rooftop space to treat it is rarely generous. Our compact MBR system delivers membrane-grade clarity in 30 to 50 percent less footprint than conventional treatment, fitting where a bigger plant simply could not.
A 100-room hotel typically generates 15 to 20 KLD of wastewater, a large facility with extensive food and beverage operations considerably more, and that water has to get treated somewhere on-site, often in a basement, rooftop plant room or mechanical space never designed with a large conventional STP in mind. As a compact MBR system manufacturer, we build specifically for that constraint, prefabricated and factory-tested units that deliver the same membrane-grade effluent clarity as our larger industrial systems, typically TSS under 1 mg/L and BOD under 5 mg/L, directly suitable for reuse in toilet flushing and landscaping without an additional tertiary stage.
Property type and scale determine the right configuration, a boutique hotel and a large hospital campus have very different sewage generation profiles.
Find the Right Compact MBR System for Your Property
Sized for boutique hotels, small clinics, standalone institutional buildings and smaller residential developments with modest daily sewage generation.
Built for full-service hotels, schools, colleges and mid-size hospitals, balancing compact footprint with the capacity these properties actually generate.
Engineered for large hotels, resort properties, hospital campuses and educational institutions with substantial daily flow, still delivering the footprint advantage MBR provides over conventional systems at this scale.
Sewage passes through fine screening to remove solids, then buffers in an equalization stage to manage the flow surges typical of hotel and institutional occupancy patterns.
Aeration supports microbial breakdown of organic load within a compact bioreactor tank, operating at higher biomass concentration than settling-limited conventional systems.
Treated mixed liquor passes through submerged ultrafiltration membranes, retaining biomass and solids while producing consistently high-clarity permeate.
Air scouring and periodic backflush cycles manage membrane fouling automatically, keeping the system running with minimal manual intervention.
Treated permeate routes directly to reuse applications, toilet flushing and landscaping being the most common, or to compliant discharge depending on your site's setup.
Hotels and resorts benefit from the footprint advantage in basement or back-of-house installations, while gaining reuse-ready water for landscaping and flushing that supports water conservation goals guests increasingly expect. Hospitals and healthcare facilities need reliable, high-clarity treatment where wastewater carries additional scrutiny, and MBR's consistent performance under variable load suits the unpredictable flow patterns healthcare settings generate. Schools, colleges and institutional campuses gain compact, low-maintenance treatment that does not compete for valuable land with other campus priorities. Residential developments and townships increasingly adopt MBR specifically to address space constraints while still meeting water reuse goals for common area landscaping and flushing systems.
Capacity is the primary cost driver, sized directly to your property's actual daily sewage generation rather than a generic estimate. Membrane configuration and automation level add to upfront cost but reduce ongoing operator attention, relevant for hospitality and institutional sites without dedicated technical staff. Where phased expansion is likely, a modular design that allows incremental membrane addition can reduce total cost compared to building for maximum future capacity from day one. We size cost around your actual occupancy, expansion plans and reuse goals, not a flat rate that ignores how your specific property actually generates and needs to treat wastewater.
This varies by size and amenities, a 100-room hotel typically generates 15 to 20 KLD, while a large hotel with 400 or more rooms and extensive food and beverage facilities can generate 60 to 120 KLD or more. We size capacity around your actual room count and facility profile during assessment.
Yes, this is specifically what compact MBR systems are designed for, the reduced footprint compared to conventional treatment makes basement, rooftop and mechanical room installation practical where a larger plant would not fit.
Yes, MBR systems commonly achieve TSS under 1 mg/L and BOD under 5 mg/L, quality directly suitable for toilet flushing and landscaping reuse without requiring an additional tertiary treatment stage.
Yes, modular membrane design allows incremental capacity addition, a practical advantage for hotels or campuses planning phased expansion rather than needing to rebuild the plant when growth eventually happens.
Yes, as a compact MBR system manufacturer, we build compact MBR systems across hospitality, healthcare and educational applications, sized to each property type's specific occupancy pattern, space constraint and reuse goals.
Share your raw water laboratory reports and discharge limits with our senior engineering team.