Projects

Drinking + Utility Water Project — BAYSU

Organized Industrial Zone · Reverse Osmosis (RO) System · Turkey

It is designed to provide reliable drinking water to the factories in the Organized Industrial Zone. The water is made safe by undergoing regular analysis and purification processes; distribution is carried out through a central system aiming for standard and sustainable quality. This approach reduces the need for individual purification investments by the businesses.

Feed Water Flow Rate: 3,200 m³/day
Product Water Flow Rate: 2,400 m³/day
Line Material (High/Low Pressure): AISI 304 grade stainless steel
Frame/Skid: AISI 304 grade stainless steel

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Container Type Water Treatment Project — BAYSU

Textile · Process & Reclaimed Water Treatment · Pakistan

Designed as a container-type central water purification system, the project provides product water for production lines and auxiliary facilities. The system is arranged so that the RO, recovery, and desalination lines work together in an integrated manner.

System Type: Container Type RO + Recovery
Main RO Installed Capacity (Product Water): 1 × 60 m³/hour
Recovery RO Capacity (Product Water): 15 m³/hour
Recovery Rate: 75%

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Boron Removal Double Pass Reverse Osmosis Treatment Project
— BAYSU

Agriculture-Greenhouse · Double Pass Reverse Osmosis System with Boron Removal · Turkey

Since high boron levels can have a harmful effect on plants, a double pass (two-stage) RO design was made for the tomato greenhouse in the area where the underground water has a high boron parameter. The system is specially designed for the project to increase boron removal and ensure the target product water quality.

Input Boron Value: 8 ppm
Output Boron Value: < 0.5 ppm
Input Raw Water Conductivity: 4,200 µS/cm
Output Product Water Conductivity: < 100 µS/cm
Pre-Treatment Group Capacity: 2,352 m³/day
1st Pass RO Capacity: 1,416 m³/day
2nd Pass RO Capacity: 999 m³/day

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Container Seawater Treatment Project — BAYSU

Water Treatment · Pre-Treatment + Reverse Osmosis (RO) System · Mauritania

This is a container-type water purification project designed to obtain product water from seawater. It is specially designed according to the required product water flow rate, providing the advantage of compactness and quick installation on site.

Feed Water Flow Rate: 1,600 m³/day
Product Water Flow Rate: 720 m³/day
Designed to ensure the target product water flow rate, aiming for operational continuity.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Process Water Project — BAYSU

Can Industry · Reverse Osmosis (RO) System · Turkey

A reverse osmosis purification system tailored to the project has been designed to ensure the quality of process water needed in glass production facilities. The system configuration and equipment selection have been optimized according to the target process water values.

Feed Water Flow Rate: 160 m³/day
Product Water Flow Rate: 100 m³/day
Designed to meet target process water parameters, aiming for stable water quality and operational continuity in production.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Sea Water Treatment — BAYSU

Energy · Pre-Filtration + Ultrafiltration Unit · Turkey

It is designed to provide purification at a lower micron level with an ultrafiltration system in waters with higher turbidity. It is specially arranged as a pre-treatment line in areas with seawater and/or where well water mixes with seawater, affected by the salinity of underground sources.

System Type: Pre-Filtration + Ultrafiltration (UF)
Installed Capacity: 300 m³/day
SWRO 1 Unit: 285 m³/day
SWRO 2 Unit: 215 m³/day
SWRO 3 Unit: 172 m³/day
SWRO 4 Unit: 146 m³/day
Membrane pre-protection and stable feed water quality are aimed for under high turbidity conditions.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Sea Water Treatment Project — BAYSU

Site-Residence · Preliminary Treatment + Seawater Reverse Osmosis (SWRO) System · Turkey

The project, designed as a container-type central water purification system, provides product water production. It is specially designed for use in areas where network water is unavailable or insufficient; where underground water sources are mixed with seawater due to salinity effects.

System Type: Pre-Treatment + SWRO (Seawater Reverse Osmosis)
Installed Capacity: 300 m³/day
A container-type compact structure aims for quick installation on site and continuous supply of product water.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

High Salinity Well Water Treatment Project Inside Container — BAYSU

Tourism-Hotel · Pre-Treatment + Reverse Osmosis (RO) System · Turkey

It is specially designed to treat well water with high salinity to meet the water usage needs in hotel facilities. In areas with limited space, the system is planned as a compact, container-based solution.

System Type: Pre-Treatment + Reverse Osmosis (RO)
Installed Capacity: 720 m³/day
Incoming Raw Water Conductivity: 15,000 µS/cm
Outgoing Product Water Conductivity: < 500 µS/cm
Designed to ensure target product water quality under high salinity conditions.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Process Water Project — BAYSU

Food · Pre-Treatment + Reverse Osmosis (RO) System · Turkey

A reverse osmosis system tailored to the project has been designed to ensure the quality of process water needed in industrial production facilities. The system setup and equipment selection have been optimized according to the target process water values.

Feed Water Flow Rate: 1.476 m³/day
Product Water Flow Rate: 960 m³/day
Designed to meet target process water parameters, aiming for stable water quality and operational continuity in production.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Soilless Farming Project — BAYSU

Agriculture-Greenhouse · Pre-Treatment + Reverse Osmosis (RO) System · Turkmenistan

The product is designed to obtain water for use in greenhouse farming that meets the plant's needs. The system includes project-specific pre-treatment and RO lines based on well/raw water analysis to ensure the desired output water quality.

System Type: Pre-Treatment + Reverse Osmosis (RO)
Installed Capacity: 1,200 m³/day
The quality of the output water is targeted to meet the water characteristics required for tomato cultivation.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Well Water Treatment System — BAYSU

Agriculture-Greenhouse · Reverse Osmosis (RO) System · Turkey

In ornamental plant and flower greenhouses, a special RO purification system has been designed for the project to bring well water to a quality suitable for plant growth. According to water analysis results, it has been arranged to obtain stable product water, along with pre-treatment/filtration steps aimed at reducing salinity, lime, and possible heavy metal effects.

Feed Water Flow Rate: 40 m³/hour
Product Water Flow Rate: 30 m³/hour
Water quality aimed to support plant root health and increase yield in greenhouse applications.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Well Water Treatment System — BAYSU

Coating Industry · Pre-Treatment + Reverse Osmosis (RO) System · Italy

According to the analysis results of the well water, a project-specific pre-treatment and reverse osmosis (RO) system has been designed to ensure the quality of the product water. The system aims to produce product water of suitable quality for the process/use by reducing turbidity, hardness, and dissolved salt load in the well water.

System Type: Pre-Treatment + Reverse Osmosis (RO)
Installed Capacity (Product Water): 480 m³/day
Stable product water quality is aimed with a design suitable for well water characteristics.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Drinking + Utility Water Project — BAYSU

Settlement Place - Residence · Pre-Treatment + Reverse Osmosis (RO) System · Morocco

It is designed to obtain drinking and utility water from well water. It includes pre-treatment and reverse osmosis (RO) equipment tailored to the project based on well water analysis results. The installation is specially planned according to the area and needs.

System Type: Pre-treatment + Reverse Osmosis (RO)
Installed Capacity: 288 m³/day

Stable water quality is aimed with a design suitable for well water characteristics.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Soilless Farming Project — BAYSU

Agriculture - Housing · Pre-Treatment + Reverse Osmosis (RO) System · Turkmenistan

It is designed to obtain the water to be used in the tomato greenhouse (soil-less farming). The system is specially arranged for the project according to the target output water quality to meet the plant's water needs.

System Type: Pre-Treatment + Reverse Osmosis (RO)
Installed Capacity: 864 m³/day
The quality of the output water is targeted to match the water characteristics required for tomato cultivation.

The entire system is controlled by a central SCADA automation infrastructure.

Operational processes can be monitored remotely, and system performance
can be tracked with real-time data.

Language

Language

Drinking + Utility Water Project — BAYSU

Container Type Water Treatment Project — BAYSU

Boron Removal Double Pass Reverse Osmosis Treatment Project — BAYSU

Container Seawater Treatment Project — BAYSU

Process Water Project — BAYSU

Sea Water Treatment — BAYSU

Sea Water Treatment Project — BAYSU

High Salinity Well Water Treatment Project Inside Container — BAYSU

Process Water Project — BAYSU

Soilless Farming Project — BAYSU

Well Water Treatment System — BAYSU

Well Water Treatment System — BAYSU

Drinking + Utility Water Project — BAYSU

Soilless Farming Project — BAYSU

Boron Removal Double Pass Reverse Osmosis Treatment Project
— BAYSU