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Integrated building systems designed around technical, operational and project requirements.
Urla MEP develops coordinated Mechanical, Electrical and Plumbing solutions for new developments, existing facilities and complex infrastructure.
Systems are considered together from the outset, allowing energy, controls, maintainability, life safety and multidisciplinary interfaces to inform the design rather than being resolved independently at later stages.
• Feasibility and concept design
• Design criteria and system selection
• Technical calculations
• Equipment selection and schedules
• Coordinated drawings and specifications
• Tender and construction documentation
• Design review and technical assurance
• Value engineering
• Existing-system assessment
• Upgrade and retrofit design
• Construction-stage technical support
• Testing and commissioning support
Typical MEP Design Procedure
1 - Establish Requirements
Confirm scope, operating criteria, codes, authority requirements and technical interfaces.
2 - Review Inputs
Assess architectural, structural, utility, infrastructure and operational information.
3 - Develop Criteria
Define design conditions, occupancies, loads, diversity, resilience and performance parameters.
4 - Compare Systems
Evaluate options against performance, energy, cost, space, maintenance and lifecycle considerations.
5 - Calculate & Size
Perform load, flow, pressure, hydraulic and equipment-selection calculations.
6 - Coordinate
Integrate layouts and BIM information with architecture, structure and other disciplines.
7 - Document
Prepare drawings, schedules, specifications, reports and project deliverables.
8 - Support Delivery
Respond to technical queries, support construction and T & C, where appointed.
HVAC Engineering
Comfort, efficiency and maintainability
We develop heating, ventilation and air-conditioning systems that balance thermal comfort, indoor environmental quality, energy use, spatial constraints and long-term operating requirements.
Designs are developed according to the agreed basis of design, applicable project criteria and relevant international and Turkish standards.
Services
• Heating and cooling load calculations
• Ventilation and indoor-air-quality assessment
• Central plant and distribution design
• Air and water-system design
• Equipment selection and scheduling
• Energy-efficient system comparison
• District cooling and utility interfaces
• Plant replacement and retrofit assessment
• Controls and operating sequences
• BIM-based mechanical coordination
Codes, Standards & Tools
Depending on project location and scope, our technical references may include ASHRAE 55, ASHRAE 62.1, ASHRAE 90.1, applicable ASHRAE handbooks, relevant EN and TS EN standards, TSE requirements and client or authority criteria.
Typical tools include Carrier HAP, the EnergyPlus calculation engine where applicable, Autodesk Revit, Autodesk Navisworks and discipline-specific engineering calculations.
Plumbing & Public Health
Safe and resource-efficient water systems
We develop plumbing and public-health systems with emphasis on hygiene, reliability, water efficiency, maintainability and coordination with the wider building design.
Solutions are developed according to applicable project requirements, recognised international codes, relevant Turkish standards and local utility criteria.
Services
• Domestic cold-water systems
• Hot-water generation and distribution
• Sanitary drainage
• Stormwater drainage
• Water storage and pumping
• Greywater and water-reuse systems
• Water-conservation strategies
• Specialist plumbing systems
• Utility connections
• BIM-based public-health coordination
Codes, Standards & Tools
Technical procedures may include water-demand assessment, pipe sizing, storage and pumping calculations, drainage sizing, gradient review and BIM-based multidisciplinary coordination.
Applicable references may include the International Plumbing Code, relevant EN and TS EN standards, TSE requirements, sustainability criteria and local water-authority requirements.
Fire Protection
Life-safety systems supported by rigorous analysis
We develop coordinated fire-protection solutions based on defined design criteria, hydraulic requirements, applicable codes and authority requirements.
Fire-services layouts are coordinated with architecture, structure and other building systems to support accessibility, constructability and reliable operation.
Services
• Sprinkler-system design
• Standpipe and fire-hose systems
• Fire-water storage and pumping
• Specialist suppression concepts
• Hydraulic calculations
• Fire-services equipment schedules
• Smoke-control coordination
• Code and authority coordination
• BIM-based fire-services coordination
Codes, Standards & Tools
Depending on project location and scope, technical references may include NFPA 13, NFPA 14, NFPA 20, NFPA 22, relevant EN and TS EN standards, Türkiye’s applicable fire-protection regulations and local-authority requirements.
Typical tools may include hydraulic-calculation software, Autodesk Revit, Autodesk Navisworks and specialist smoke-control or CFD analysis where included in the appointment.
Electrical & ELV Integration
Coordinated multidisciplinary delivery
Urla MEP’s principal in-house focus is mechanical, energy, public-health and life-safety engineering.
Where an integrated MEP appointment requires electrical and Extra Low Voltage services, Urla MEP coordinates appropriately qualified specialist engineering partners and manages the interfaces within the overall technical and BIM delivery process.
Coordinated Service Areas
• Electrical power distribution
• Lighting and lighting controls
• Earthing and lightning protection
• Fire detection and alarm
• Communication systems
• Security and access control
• Public-address systems
Codes & Standards
The applicable electrical standards are determined project by project and may include IEC, EN, TS EN and relevant Turkish regulations, together with local utility, authority, client and operator requirements.
BMS & Automation
Translating design intent into operational performance
Effective building controls connect equipment, systems and operational objectives. We develop BMS requirements that help contractors and integrators understand how systems should be monitored, controlled and optimised.
The scope may include system architecture, point requirements, control philosophies, operating sequences and energy-performance monitoring.
Services
• BMS architecture and control philosophies
• Sequences of operation
• Point, alarm and trend schedules
• Plant-optimisation strategies
• Energy-performance monitoring
• Metering and monitoring requirements
• BACnet and Modbus integration requirements
• Contractor and system-integrator coordination
Codes & Standards
Relevant references may include ISO 16484, ASHRAE Guideline 13, BACnet, Modbus, project cybersecurity requirements and client-specific controls standards.
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