90 m3/day Hospital Wastewater Treatment System Exported To Pakistan
For this hospital project in Pakistan, we engineered and exported an integrated system rated for 90 m3/day. The A/O biological route was selected to reduce organic and nutrient loads while keeping the equipment compact and practical to operate.
90 m3/day integrated system prepared for overseas transport
The main treatment enclosure and project piping were secured on the transport vehicle before export.
90 m3/day
Pakistan
A/O
Engineered & Exported
What Motiva Engineered And Exported
We configured one integrated 90 m3/day unit around an Anaerobic-Oxic biological route for the hospital wastewater and discharge requirement in Pakistan.
Project At A Glance
| Destination | Pakistan |
|---|---|
| Application | Hospital wastewater |
| Design capacity | 90 m3/day |
| Main process | A/O (Anaerobic-Oxic) biological treatment |
| Equipment form | Integrated hospital wastewater treatment equipment |
| Delivery stage | Engineered and exported for the Pakistan hospital project |
| Operating outcome | High COD, BOD, nitrogen and phosphorus removal with stable operation |
| Effluent outcome | Meets and exceeds Pakistan's national standards and aligns with WHO guidelines |
Confirm The Design Basis Before Reusing This Route
The Pakistan project is a useful capacity and process reference, but it is not a plug-and-play specification. For another hospital, we confirm:
Why A/O Fit The Project Requirement
The project needed biological treatment for both organic matter and nutrients. A/O provided two defined process environments inside one integrated system.
Organic And Nutrient Control
The treatment objective covered COD, BOD, nitrogen and phosphorus rather than organic removal alone. That requirement shaped the biological process choice.
Separate Biological Duties
The anaerobic zone supports breakdown of complex organic matter and phosphorus release. The oxic zone oxidizes remaining organics and supports further nutrient reduction.
Practical Daily Operation
In operation, the system remained stable under wastewater-load variation. Simple maintenance and low energy demand also supported lower operating expense.
How The Integrated System Was Prepared For Export
The main treatment enclosure, process interfaces and accessory packages were coordinated at the factory before overseas transport.
Compact Factory-Built Unit
The main treatment zones are integrated into a rectangular enclosure that can be fabricated, checked and prepared before shipment.
A/O Zones In One System
The enclosure separates the anaerobic and oxic environments so each biological stage can perform its intended role.
Connections Prepared Before Shipment
Openings, access points and associated piping were coordinated around the main unit before it left the factory.
Main Unit And Supporting Items
The main enclosure, related pipes and accessory packages were secured together for transport to Pakistan.
Main Unit And Accessories Loaded For Export
The second project view shows the equipment enclosure, associated pipework and transport arrangement before the shipment left the factory.
Main Equipment And Project Accessories Loaded Together
The transport view shows how the main treatment enclosure and supporting items were grouped for the Pakistan hospital project before export.
Treatment Duties Inside The A/O System
The 90 m3/day system combines anaerobic and oxic biological duties inside an integrated enclosure. Pretreatment, disinfection, sludge handling and monitoring are confirmed for each new hospital.
| Treatment Area | Project Configuration | Engineering Role |
|---|---|---|
| Influent Basis | Hospital wastewater with organic matter and nutrient loads | The water analysis and flow profile determine biological loading, tank sizing and any required pretreatment. |
| Anaerobic Stage | Anaerobic biological treatment | Anaerobic microorganisms break down complex organic matter into simpler compounds and support the phosphorus-release step. |
| Oxic Stage | Oxic aerobic biological treatment | Aerobic microorganisms oxidize remaining organics and support further reduction of nutrient loads and harmful substances. |
| Integrated Equipment | Factory-built treatment enclosure | The equipment form coordinates the biological zones, access points, piping interfaces and transport preparation. |
| Final Effluent | Treated water meeting and exceeding Pakistan's national standards and aligning with WHO guidelines | The operating project achieved the required discharge outcome for the hospital. |
For a new hospital project, Motiva designs the treatment route from actual wastewater data, flow variation, the required outlet and the agreed equipment and service scope.
90 m3/day System Engineered And Exported
The integrated A/O equipment was configured for the hospital project, prepared at the factory and exported to Pakistan.
Move From This Project To A Site-Specific Design
A similar project starts with wastewater data and the outlet requirement, then moves into equipment form, factory scope and site interfaces.
Hospital Wastewater Treatment Systems
Review wastewater-stream separation, biological treatment, disinfection, monitoring and outlet planning for healthcare facilities.
Evaluate Hospital Treatment RoutesPackage Wastewater Treatment Plants
Compare factory-built treatment formats, process options, installation forms and the inputs that control packaged-plant selection.
Compare Packaged PlantsManufacturing And Quality Control
Review how equipment fabrication, inspection, project interfaces and dispatch preparation are coordinated before delivery.
Review Manufacturing SupportProject Design And Equipment Configuration
Prepare water data, flow conditions, site limits, target standards and supply scope for a hospital-specific system review.
Prepare Design InputsWhat To Check Before Planning A Similar System
Capacity, process scope and discharge requirements must be checked against the new facility rather than copied from the Pakistan project.
What was supplied for the Pakistan hospital project?
We engineered and exported an integrated hospital wastewater treatment system rated for 90 m3/day. The main biological process was A/O.
Which treatment process was used?
The project used an Anaerobic-Oxic (A/O) biological process. The anaerobic zone supports breakdown of complex organics and phosphorus release, while the oxic zone oxidizes remaining organics and supports further nutrient reduction.
What treatment results were achieved?
The project achieved high removal of COD, BOD, nitrogen and phosphorus. The treated water meets and exceeds Pakistan's national standards and aligns with WHO guidelines.
How did the system perform in operation?
The system operated steadily under variations in wastewater load. Low energy demand and straightforward maintenance also reduced operating expense and supported long-term savings.
Can the same 90 m3/day configuration be used for another hospital?
Not automatically. The flow rate, wastewater streams, influent indicators, outlet target, site limits, disinfection plan and required supply scope must be reviewed for the new facility.
What information is needed for a hospital wastewater RFQ?
Send the hospital type and departments, wastewater sources, daily and peak flow, available COD, BOD, SS, ammonia, nitrogen, phosphorus and microbiological data, the required outlet, site layout and expected installation and commissioning scope.
Request A Hospital Wastewater System Review
Send one set of facility, wastewater and site inputs. Our engineering team will review the likely treatment route, equipment form and supply interfaces for your hospital project.
Motiva RFQ / Water Data Form
Water-quality reports, facility drainage information, site layouts and project photographs can be included with the inquiry. Do not submit patient or clinical personal data.