Clean and hot water
Utilization devices, simultaneous demand, remote consumption point pressure and hot water circulation losses are determined.
We plan domestic water, hot water circulation, waste water, rain water and related plumbing systems in buildings. We evaluate pipe diameter, line pressure loss, vertical column and drainage details as part of the project.
Pressurization of clean water and gravity drainage of wastewater are different design disciplines. It is not correct to apply the same pipe diameter method to every line.
Utilization devices, simultaneous demand, remote consumption point pressure and hot water circulation losses are determined.
Vertical column, horizontal wastewater, ventilation and cleaning access are designed according to the installation load.
Rainfalls, collection lines and drainage connections are evaluated according to the roof/drainage area and project rainfall data.
Wet volume, floor passage, shaft, meter and maintenance access are coordinated with architecture and other disciplines.
After the project data and existing system conditions are determined, calculations, layout, equipment and field coordination are brought together in the same technical document.
Sanitary ware, tap, process connection and roof area information is collected.
Clean water demand, hot water circulation, wastewater load and rainwater are calculated.
Pipe materials, slopes, column placement and service areas are planned.
Floor plan, isometric/column diagram, quantity surveying and technical descriptions are prepared.
Depending on the type of project, the following data may be shared:
Wastewater, rainwater and clean water circuits are not used interchangeably. Backflow protection, purge connection, venting and appropriate drainage slopes must be addressed on a system-by-system basis.
The regulations to be applied to the project, relevant TS/TS EN standards, equipment manufacturer requirements and employer technical specifications are evaluated together. Design assumptions are verified against the actual conditions of the facility.
Submit Technical Request →The required dynamic pressure of the consumption point furthest from the entrance or with the most negative elevation is controlled together with all line losses.