Within this contract, our team elaborated full technical proposal and design for Tritenii de Jos (Cluj county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 22% solids content.

The plant was designed for a dry weather maximum daily flowrate of 558,43 m³/day serving an equivalent population of 2.800 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL4: Tritenii de Jos WWTP, Cluj County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Luncani (Cluj county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 22% solids content.

The plant was designed for a dry weather maximum daily flowrate of 503,61 m³/day serving an equivalent population of 2.519 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL4: Luncani WWTP, Cluj County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Slimnic (Sibiu county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 25% solids content.

The plant was designed for a dry weather maximum daily flowrate of 455,00 m³/day serving an equivalent population of 2.776 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL17: Slimnic WWTP, Sibiu County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Cristian (Sibiu county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 25% solids content.

The plant was designed for a dry weather maximum daily flowrate of 528,00 m³/day serving an equivalent population of 3.861 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL17: Cristian WWTP, Sibiu County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Miercurea Sibiului (Sibiu county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 25% solids content.

The plant was designed for a dry weather maximum daily flowrate of 876,30 m³/day serving an equivalent population of 5.451 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL17: Miercurea Sibiului WWTP, Sibiu County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Saliste (Sibiu county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 25% solids content. 

The plant was designed for a dry weather maximum daily flowrate of 958,00 m³/day serving an equivalent population of 5.791 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL17: Saliste WWTP, Sibiu County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Satchinez-Hodoni (Timis county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 25% solids content.

The plant was designed for a dry weather maximum daily flowrate of 729,30 m³/day serving an equivalent population of 5.054 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL9: Satchinez-Hodoni WWTP, Timis County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Cenei-Checea (Timis county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 25% solids content.

The plant was designed for a dry weather maximum daily flowrate of 645,83 m³/day serving an equivalent population of 4.701 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL9: Cenei-Checea WWTP, Timis County, Romania appeared first on Parcis.

Within this contract, our team elaborated full technical proposal and design for Cenad (Timis county, Romania) wastewater treatment plant covering preliminary treatment, advanced biological treatment and sludge treatment up to 25% solids content.

The plant was designed for a dry weather maximum daily flowrate of 604,97 m³/day serving an equivalent population of 4.095 PE.

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (influent wastewater pumping, screening, grit and grease removal), advanced biological treatment with sludge stabilization in sequencing batch reactors (SBRs), chemical phosphorous removal
• sludge treatment: excess sludge storage tank, excess sludge mechanical dewatering, and dewatered sludge storage

The following disciplines were covered within the proposal/project:

• Process
• Hydraulics
• Mechanical
• Structural
• Architectural
• Electrical
• Instrumentation, control and automation
• Roads, platforms and alleys
• Landscaping
• HVAC

The post CL9: Cenad WWTP, Timis County, Romania appeared first on Parcis.

The project of the Wastewater Treatment Plant for Pitesti Municipality (Arges County, Romania) included the compilation of the feasibility study for existing wastewater treatment line troubleshooting and sludge treatment expansion up to 90% dry solids content by means of a thermal treatment process (sludge drying).

The plant was design for a dry weather maximum daily flowrate of 53.560 m³/day equivalent to 182.012 PE (population equivalent).

The plant’s treatment scheme comprised:

• wastewater treatment: preliminary treatment (screening, grit and grease removal), primary treatment (primary clarification), rainwater retention, advanced biological treatment (nitrogen and phosphorus removal), chemical phosphorous removal, disinfection
• sludge treatment: primary sludge gravity thickening, excess sludge mechanical thickening, anaerobic digestion, dewatering, and sludge drying

The following disciplines were covered within the project:

• Process
• Hydraulics
• Mechanical
• Structural
• Electrical
• Automation and SCADA
• Roads, platforms and alleys
• Landscaping
• HVAC

The post Pitesti WWTP, Arges County, Romania appeared first on Parcis.