MEP–03 · Service
Public health engineering
Domestic water, drainage, plumbing and utility systems designed around demand, pressure, hygiene, resilience and maintainable distribution.
MM / MEP–03A coordinated water and drainage strategy with verified demand, pressure and storage criteria, maintainable distribution, resolved utility interfaces and clearly assigned design responsibility at each stage.
Scope of service
Defined outputs, interfaces and stage responsibility.
The final scope is matched to the procurement route, available information and design responsibility. Unconfirmed inputs are held as project risks rather than hidden assumptions.
Scope
- Incoming-water demand and storage strategy
- Pressure zoning and boosting
- Domestic hot-water generation and distribution
- Above-ground foul and rainwater drainage
- Water treatment and hygiene interfaces
- External-utility coordination and connection data
Project stages
- Utility due diligence
- Concept demand and zoning
- Detailed sizing and coordination
- Tender information
- Construction and commissioning review
Typical deliverables
- Demand calculations
- Storage and booster sizing
- Domestic hot-water calculations
- Pipework schematics and layouts
- Drainage layouts and gradients
- Plant schedules and utility RFIs
Critical interfaces
The design is controlled at the points where disciplines meet.
01
Civil drainage and external networks
02
Structure and gradients
03
Kitchen, laundry and process equipment
04
Firefighting-water storage
05
Electrical and controls
06
Water quality and operator procedures
Standards and review
Issue only what can be traced and checked.
Applicable Georgian regulations, BS EN 806, BS EN 12056, relevant CIBSE and BSRIA guidance, authority conditions and project-specific water-quality requirements.
Demand units, simultaneous use, water quality, available pressure and authority data are recorded as design inputs. Unknown connection information remains a visible project risk until verified.
Inputs→Decision→Calculation→Review→Issue
Relevant sectors
Applied where the operational brief shapes the engineering.
Appointment questions
Clarify responsibility before work starts.
Can utility capacity be assessed before the final design?
Yes. A feasibility assessment can establish estimated demand, missing authority information, space allowances and connection risks before detailed sizing.
Does the service include external networks?
The boundary is agreed project by project. Above-ground systems, buried networks and authority connections can be coordinated, but civil-design responsibility must be stated.
How is domestic hot-water demand controlled?
Occupancy, use profile, peak duration, storage, recovery, circulation and temperature criteria are documented before plant and distribution are sized.
Project enquiry
Define the public health engineering appointment.
Share the project location, stage, available information, required deliverables and decision date. We will identify the correct scope and the information needed to proceed.