Article
Managing good and wastewater for sustainability in industry.
Water in industry is like oil in an engine—essential, powerful, and absolutely non-negotiable. But when mismanaged, it can also become the very thing that slows everything down. In today’s industrial landscape, managing clean water and wastewater isn’t just about compliance—it’s about survival, efficiency, and long-term growth. This article explores how sustainable water management transforms operational challenges into strategic advantages, and how advanced technologies are shaping the future of industrial water systems.
When Water Becomes a Bottleneck Instead of a Resource
Ever wondered how something as basic as water can disrupt million-dollar operations? In industrial sectors—whether power generation, petrochemicals, food processing, or large-scale manufacturing—water is used extensively across production, utilities, and support systems. However, wastewater generated from these processes often contains complex contaminants with varying concentrations and quality.
Without a proper management system, organizations may face several problems, including :
- Rising operational costs
- Production downtime
- Environmental non-compliance risks
- Damage to corporate reputation
According to the World Bank, over 80% of global wastewater is released untreated, highlighting the urgency of effective water management systems.
SST : Industrial Water and Wastewater Management Experts
Siam Syndicate Technology Public Company Limited (SST) is a leading expert in industrial water and wastewater management, committed to transforming “water-related challenges” into “business opportunities” through the implementation of world-class water treatment and wastewater management technologies.
SST is dedicated to developing solutions that ensure every drop of water resources is utilized efficiently, effectively, and in full compliance with environmental regulations. We prioritize system performance, sustainability, and scalability to support future business growth.
We carefully select and provide technologies from leading global brands, categorized into three main technology groups.
Enhancing Sedimentation Efficiency and Water Filtration Systems
1. Brentwood Tube Settlers for Improved Sedimentation Efficiency
Tube Settlers are inclined plate sedimentation technology originating from the United States, specifically engineered to enhance the efficiency of sedimentation processes in water treatment plants and wastewater treatment systems—without the need to expand existing sedimentation tank structures.
The system is designed as an array of inclined plates or small tubes installed within the sedimentation tank. These structures significantly increase the effective surface area for suspended solids to settle. By reducing the settling distance, solid particles can separate more quickly and efficiently, resulting in improved overall system performance.
Tube Settler technology is certified under the ANSI/NSF 61 standard, making it highly suitable for potable water production facilities, wastewater treatment plants, and projects seeking to sustainably enhance water treatment efficiency.
Benefits of Tube Settler Technology
- Enhances sedimentation efficiency without requiring system expansion
- Reduces water turbidity prior to filtration processes
- Minimizes chemical consumption
- Decreases sedimentation tank size in new project developments
- Increases overall system production capacity
2. Leopold Filter Underdrain Block System for Sedimentation Tanks
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The Filter Underdrain Block System is a support and water distribution system installed beneath rapid sand filters. This technology is imported from the United States and developed by manufacturers with extensive expertise in water filtration systems since 1924.
The underdrain system plays a critical role in supporting the filter media, ensuring uniform water distribution, and serving as a key component in the backwash process. Uneven distribution of water or air can lead to the formation of dead zones, resulting in reduced filtration efficiency and accelerated deterioration of the filter media.
The Air & Water Backwash system delivers superior performance compared to conventional water-only backwashing. The incorporation of air enhances the expansion and uniform distribution of the filter media, enabling more effective removal of accumulated impurities.
In addition, this system significantly reduces the volume of water required for backwashing, resulting in a noticeable decrease in wastewater generated from the process. It is easy to install, lightweight, and certified under ANSI/NSF 61 standards.
Since 2009, the system has been successfully installed in more than 75 projects to date.
3. Leopold Siphon-Type Sludge Collector
Submerged Sludge Collector technology is a critical solution for sedimentation tanks in water and wastewater treatment systems. Effective sludge management within sedimentation tanks is a key process that directly impacts overall system performance. If accumulated sludge is not removed consistently, it can lead to excessive buildup, deteriorating water quality, and increased load on downstream treatment processes.
The Submerged Sludge Collector operates based on the siphon principle, utilizing differences in water levels to create suction without the need for direct pumping. This results in low energy consumption and high operational stability.
This technology utilizes a PLC (Programmable Logic Controller) system to precisely control operational processes, enabling accurate configuration of sludge suction patterns and intervals. Users can flexibly adjust system functions to suit sludge characteristics, volume, and specific operational conditions of each project.
The PLC system enhances consistency in sludge removal with minimal mechanical movement, reduces human error associated with manual control, and ensures ease of maintenance. It also supports continuous and highly efficient operation of water treatment systems.
Siam Syndicate Technology Public Company Limited (SST) has successfully implemented this solution in more than 50 projects across various industries.
Wastewater Treatment and Water Recycling Technologies
1. Veolia High-Performance Water Treatment System (Actiflo High-Rate Clarifier)
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The Actiflo High-Rate Clarifier is an advanced water production and treatment technology, developed as an innovative solution from France. It is designed to deliver high efficiency while requiring a minimal footprint and is capable of operating effectively under a wide range of water conditions.
This system is well-suited for potable water production, water recycling applications, and wastewater treatment across both industrial and municipal sectors.
At the core of the Actiflo High-Rate Clarifier process is microsand, which acts as a weighting agent to enhance floc formation. This enables rapid and highly stable sedimentation while achieving turbidity removal efficiencies of up to 99%. The system is effective for treating a wide range of water conditions—from typical raw water to highly turbid water during critical events such as floods or sudden changes in water sources.
This technology is widely recognized and has been extensively implemented in municipal water production, water recycling systems, and wastewater treatment applications across both industrial and utility sectors.
2. Nijhuis Dissolved Air Flotation (DAF) System
In potable water production and wastewater treatment systems, primary water quality improvement is a critical step that directly impacts the efficiency of subsequent treatment processes. This is especially important for raw water containing suspended solids, organic matter, grease, oil, or algae—contaminants that conventional sedimentation systems often fail to remove effectively. These challenges place additional strain on filtration and biological treatment systems, ultimately increasing long-term operational costs.
The Netherlands, a global leader in water management technology, has developed the Dissolved Air Flotation (DAF) system to overcome the limitations of traditional sedimentation processes. This advanced solution is designed to operate efficiently within limited space while meeting the treatment demands of both industrial applications and municipal utility systems.
.png)
The Dissolved Air Flotation (DAF) process operates by separating suspended solids from water through the use of fine air bubbles. It is highly effective in removing low-density suspended particles and is specifically designed as a primary water treatment system to enhance water quality.
This process helps reduce turbidity, lower suspended solids, and significantly decrease the load on subsequent treatment stages. It begins by dissolving air into water under high pressure to produce air-saturated water. The pressurized water is then released into the treatment tank, where the reduction in pressure causes the dissolved air to form a large number of fine microbubbles.
3. Polychem Plastic Chain Sludge Collector
Plastic Chain Scraper (Non-Metallic Flight and Chain) is a critical component in wastewater treatment systems, designed to enhance the efficiency of sludge removal and collection processes. Utilizing chains and scraper flights made from non-metallic materials, this system is ideally suited for highly corrosive environments. It reduces maintenance requirements and extends the operational lifespan of wastewater treatment systems over the long term.
The plastic chain sludge scraper is a sludge removal system that utilizes chains and flight plates manufactured from high-quality engineered plastic materials, replacing conventional metal components. It is designed to continuously collect and transport settled sludge from sedimentation tanks or wastewater treatment tanks to designated collection points.
This system is suitable for both industrial wastewater treatment and commercial building applications. It offers excellent corrosion resistance due to its material properties, which can withstand chemicals, sunlight, and harsh wastewater conditions. The system requires no lubrication, is lightweight, easy to maintain, and provides a long service life of over 25 years.
Automation Control and Loss Management Optimization
1. Flowinn Electric Actuators
Electric actuators are essential components in automated control systems, designed to regulate the opening and closing of valves or gates in industrial projects, water production systems, wastewater treatment facilities, and public utility infrastructure.
They offer high precision, stability, and safety, enabling more efficient water flow management while minimizing the risk of operational errors and enhancing overall workplace safety—particularly in hard-to-access or high-risk environments.
The actuators selected and imported by SST from China are designed and manufactured in accordance with international industrial standards. They are robust, durable, and suitable for a wide range of operating environments, including water systems, wastewater systems, and industrial applications that require continuous operation.
These actuators are certified with the CE (European Conformity) mark, ensuring compliance with European Union requirements for safety, quality, and performance. In addition, they support the advancement of automation in the Industry 5.0 era, offering flexible integration and digital control capabilities to meet the demands of projects requiring high precision and reliability.
To date, SST has installed electric actuators in more than 30 projects, totaling over 250 units. These installations span water supply systems, wastewater treatment projects, and a wide range of industrial applications.
2. HAUS Centrifugal Sludge Dewatering Machine
The Decanter Centrifuge System is an advanced sludge dewatering technology imported from Turkey and manufactured in accordance with international industrial standards. It is specifically engineered to withstand heavy-duty operations in industrial wastewater treatment systems.
This system effectively reduces sludge volume prior to final disposal by utilizing high-speed centrifugal force to separate solid sludge from liquid. Designed for continuous operation, it ensures uninterrupted sludge dewatering processes without the need for batch cycles, unlike certain conventional sludge treatment technologies.
The results demonstrate a higher sludge dewatering rate, achieving dryness levels of up to 35–40% dry solids. This significantly reduces sludge volume, lowers transportation costs, and minimizes long-term disposal expenses.
Manufactured using the Centrifugal Casting Method, the process reduces the risk of micro-cracks within the material structure. This enhances the overall strength of the equipment, minimizes potential damage, and effectively extends its service life.
At present, SST has installed electric drive systems in Decanter Centrifuge units across more than 30 projects, totaling over 250 units. This achievement reflects strong customer confidence and demonstrates the proven performance and reliability of the systems through real-world operational applications.
3. ST Engineering Non-Revenue Water (NRW) Management System
The Water Loss Management System is a critical solution for utilities and organizations responsible for water distribution networks in the modern era, particularly in situations where water resources are limited and production costs are rising.
Developed based on advanced technologies from Singapore, this system is designed to systematically reduce water loss within pipeline networks through highly accurate leak detection technologies.
Engineers have recognized the challenges associated with water loss in transmission pipeline systems and have therefore developed advanced management solutions to address these issues. Aging infrastructure, damaged pipes, and leaks that are not visible externally all contribute to significant water loss, increased water production costs, and reduced service efficiency.
Without an effective detection system, identifying leakage points can be time-consuming and often requires excavation at multiple locations, resulting in higher maintenance and repair costs.
In response to these challenges, Acoustic Leak Detection Technology has been developed as part of an advanced Water Loss Management system. This internationally recognized technology utilizes sound vibration analysis to detect leaks within water pipelines.
The system operates by capturing acoustic signals or vibrations generated by water escaping through leaks, within a detection range of up to 3 meters. It is capable of accurately analyzing these signals to pinpoint the exact location of leaks, enabling maintenance teams to perform targeted repairs. This approach minimizes unnecessary excavation and significantly reduces disruption to surrounding communities and traffic.
Summary of Water and Wastewater Management for Sustainable Industrial Operations
Industrial water and wastewater management is no longer merely a matter of environmental compliance; it has become a critical cornerstone of sustainable business operations. This spans key dimensions such as production costs, system efficiency, and corporate image.
Industries equipped with efficient water treatment and wastewater management systems can significantly reduce water loss, lower energy consumption, and minimize treatment costs. At the same time, these systems ensure that discharged water meets regulatory standards—directly supporting operational continuity and long-term business growth.
If you are seeking an expert in industrial water supply systems, process water production, and comprehensive wastewater treatment solutions, Siam Syndicate Technology Public Company Limited (SST) brings over 40 years of experience in delivering internationally recognized industrial water treatment and wastewater treatment technologies and solutions.
SST is ready to help your organization transform “water challenges” into “business opportunities” through tailored system design that aligns with your industry needs—enhancing water efficiency, reducing environmental impact, and elevating your operations toward true sustainability.
Water in industry is like oil in an engine—essential, powerful, and absolutely non-negotiable. But when mismanaged, it can also become the very thing that slows everything down. In today’s industrial landscape, managing clean water and wastewater isn’t just about compliance—it’s about survival, efficiency, and long-term growth. This article explores how sustainable water management transforms operational challenges into strategic advantages, and how advanced technologies are shaping the future of industrial water systems.
When Water Becomes a Bottleneck Instead of a Resource
Ever wondered how something as basic as water can disrupt million-dollar operations? In industrial sectors—whether power generation, petrochemicals, food processing, or large-scale manufacturing—water is used extensively across production, utilities, and support systems. However, wastewater generated from these processes often contains complex contaminants with varying concentrations and quality.
Without a proper management system, organizations may face several problems, including :
- Rising operational costs
- Production downtime
- Environmental non-compliance risks
- Damage to corporate reputation
According to the World Bank, over 80% of global wastewater is released untreated, highlighting the urgency of effective water management systems.
SST : Industrial Water and Wastewater Management Experts
Siam Syndicate Technology Public Company Limited (SST) is a leading expert in industrial water and wastewater management, committed to transforming “water-related challenges” into “business opportunities” through the implementation of world-class water treatment and wastewater management technologies.
SST is dedicated to developing solutions that ensure every drop of water resources is utilized efficiently, effectively, and in full compliance with environmental regulations. We prioritize system performance, sustainability, and scalability to support future business growth.
We carefully select and provide technologies from leading global brands, categorized into three main technology groups.
Enhancing Sedimentation Efficiency and Water Filtration Systems
1. Brentwood Tube Settlers for Improved Sedimentation Efficiency
Tube Settlers are inclined plate sedimentation technology originating from the United States, specifically engineered to enhance the efficiency of sedimentation processes in water treatment plants and wastewater treatment systems—without the need to expand existing sedimentation tank structures.
The system is designed as an array of inclined plates or small tubes installed within the sedimentation tank. These structures significantly increase the effective surface area for suspended solids to settle. By reducing the settling distance, solid particles can separate more quickly and efficiently, resulting in improved overall system performance.
Tube Settler technology is certified under the ANSI/NSF 61 standard, making it highly suitable for potable water production facilities, wastewater treatment plants, and projects seeking to sustainably enhance water treatment efficiency.
Benefits of Tube Settler Technology
- Enhances sedimentation efficiency without requiring system expansion
- Reduces water turbidity prior to filtration processes
- Minimizes chemical consumption
- Decreases sedimentation tank size in new project developments
- Increases overall system production capacity
2. Leopold Filter Underdrain Block System for Sedimentation Tanks
The Filter Underdrain Block System is a support and water distribution system installed beneath rapid sand filters. This technology is imported from the United States and developed by manufacturers with extensive expertise in water filtration systems since 1924.
The underdrain system plays a critical role in supporting the filter media, ensuring uniform water distribution, and serving as a key component in the backwash process. Uneven distribution of water or air can lead to the formation of dead zones, resulting in reduced filtration efficiency and accelerated deterioration of the filter media.
The Air & Water Backwash system delivers superior performance compared to conventional water-only backwashing. The incorporation of air enhances the expansion and uniform distribution of the filter media, enabling more effective removal of accumulated impurities.
In addition, this system significantly reduces the volume of water required for backwashing, resulting in a noticeable decrease in wastewater generated from the process. It is easy to install, lightweight, and certified under ANSI/NSF 61 standards.
Since 2009, the system has been successfully installed in more than 75 projects to date.
3. Leopold Siphon-Type Sludge Collector
Submerged Sludge Collector technology is a critical solution for sedimentation tanks in water and wastewater treatment systems. Effective sludge management within sedimentation tanks is a key process that directly impacts overall system performance. If accumulated sludge is not removed consistently, it can lead to excessive buildup, deteriorating water quality, and increased load on downstream treatment processes.
The Submerged Sludge Collector operates based on the siphon principle, utilizing differences in water levels to create suction without the need for direct pumping. This results in low energy consumption and high operational stability.
This technology utilizes a PLC (Programmable Logic Controller) system to precisely control operational processes, enabling accurate configuration of sludge suction patterns and intervals. Users can flexibly adjust system functions to suit sludge characteristics, volume, and specific operational conditions of each project.
The PLC system enhances consistency in sludge removal with minimal mechanical movement, reduces human error associated with manual control, and ensures ease of maintenance. It also supports continuous and highly efficient operation of water treatment systems.
Siam Syndicate Technology Public Company Limited (SST) has successfully implemented this solution in more than 50 projects across various industries.
Wastewater Treatment and Water Recycling Technologies
1. Veolia High-Performance Water Treatment System (Actiflo High-Rate Clarifier)
The Actiflo High-Rate Clarifier is an advanced water production and treatment technology, developed as an innovative solution from France. It is designed to deliver high efficiency while requiring a minimal footprint and is capable of operating effectively under a wide range of water conditions.
This system is well-suited for potable water production, water recycling applications, and wastewater treatment across both industrial and municipal sectors.
At the core of the Actiflo High-Rate Clarifier process is microsand, which acts as a weighting agent to enhance floc formation. This enables rapid and highly stable sedimentation while achieving turbidity removal efficiencies of up to 99%. The system is effective for treating a wide range of water conditions—from typical raw water to highly turbid water during critical events such as floods or sudden changes in water sources.
This technology is widely recognized and has been extensively implemented in municipal water production, water recycling systems, and wastewater treatment applications across both industrial and utility sectors.
2. Nijhuis Dissolved Air Flotation (DAF) System
In potable water production and wastewater treatment systems, primary water quality improvement is a critical step that directly impacts the efficiency of subsequent treatment processes. This is especially important for raw water containing suspended solids, organic matter, grease, oil, or algae—contaminants that conventional sedimentation systems often fail to remove effectively. These challenges place additional strain on filtration and biological treatment systems, ultimately increasing long-term operational costs.
The Netherlands, a global leader in water management technology, has developed the Dissolved Air Flotation (DAF) system to overcome the limitations of traditional sedimentation processes. This advanced solution is designed to operate efficiently within limited space while meeting the treatment demands of both industrial applications and municipal utility systems.
The Dissolved Air Flotation (DAF) process operates by separating suspended solids from water through the use of fine air bubbles. It is highly effective in removing low-density suspended particles and is specifically designed as a primary water treatment system to enhance water quality.
This process helps reduce turbidity, lower suspended solids, and significantly decrease the load on subsequent treatment stages. It begins by dissolving air into water under high pressure to produce air-saturated water. The pressurized water is then released into the treatment tank, where the reduction in pressure causes the dissolved air to form a large number of fine microbubbles.
3. Polychem Plastic Chain Sludge Collector
Plastic Chain Scraper (Non-Metallic Flight and Chain) is a critical component in wastewater treatment systems, designed to enhance the efficiency of sludge removal and collection processes. Utilizing chains and scraper flights made from non-metallic materials, this system is ideally suited for highly corrosive environments. It reduces maintenance requirements and extends the operational lifespan of wastewater treatment systems over the long term.
The plastic chain sludge scraper is a sludge removal system that utilizes chains and flight plates manufactured from high-quality engineered plastic materials, replacing conventional metal components. It is designed to continuously collect and transport settled sludge from sedimentation tanks or wastewater treatment tanks to designated collection points.
This system is suitable for both industrial wastewater treatment and commercial building applications. It offers excellent corrosion resistance due to its material properties, which can withstand chemicals, sunlight, and harsh wastewater conditions. The system requires no lubrication, is lightweight, easy to maintain, and provides a long service life of over 25 years.
Automation Control and Loss Management Optimization
1. Flowinn Electric Actuators
Electric actuators are essential components in automated control systems, designed to regulate the opening and closing of valves or gates in industrial projects, water production systems, wastewater treatment facilities, and public utility infrastructure.
They offer high precision, stability, and safety, enabling more efficient water flow management while minimizing the risk of operational errors and enhancing overall workplace safety—particularly in hard-to-access or high-risk environments.
The actuators selected and imported by SST from China are designed and manufactured in accordance with international industrial standards. They are robust, durable, and suitable for a wide range of operating environments, including water systems, wastewater systems, and industrial applications that require continuous operation.
These actuators are certified with the CE (European Conformity) mark, ensuring compliance with European Union requirements for safety, quality, and performance. In addition, they support the advancement of automation in the Industry 5.0 era, offering flexible integration and digital control capabilities to meet the demands of projects requiring high precision and reliability.
To date, SST has installed electric actuators in more than 30 projects, totaling over 250 units. These installations span water supply systems, wastewater treatment projects, and a wide range of industrial applications.
2. HAUS Centrifugal Sludge Dewatering Machine
The Decanter Centrifuge System is an advanced sludge dewatering technology imported from Turkey and manufactured in accordance with international industrial standards. It is specifically engineered to withstand heavy-duty operations in industrial wastewater treatment systems.
This system effectively reduces sludge volume prior to final disposal by utilizing high-speed centrifugal force to separate solid sludge from liquid. Designed for continuous operation, it ensures uninterrupted sludge dewatering processes without the need for batch cycles, unlike certain conventional sludge treatment technologies.
The results demonstrate a higher sludge dewatering rate, achieving dryness levels of up to 35–40% dry solids. This significantly reduces sludge volume, lowers transportation costs, and minimizes long-term disposal expenses.
Manufactured using the Centrifugal Casting Method, the process reduces the risk of micro-cracks within the material structure. This enhances the overall strength of the equipment, minimizes potential damage, and effectively extends its service life.
At present, SST has installed electric drive systems in Decanter Centrifuge units across more than 30 projects, totaling over 250 units. This achievement reflects strong customer confidence and demonstrates the proven performance and reliability of the systems through real-world operational applications.
3. ST Engineering Non-Revenue Water (NRW) Management System
The Water Loss Management System is a critical solution for utilities and organizations responsible for water distribution networks in the modern era, particularly in situations where water resources are limited and production costs are rising.
Developed based on advanced technologies from Singapore, this system is designed to systematically reduce water loss within pipeline networks through highly accurate leak detection technologies.
Engineers have recognized the challenges associated with water loss in transmission pipeline systems and have therefore developed advanced management solutions to address these issues. Aging infrastructure, damaged pipes, and leaks that are not visible externally all contribute to significant water loss, increased water production costs, and reduced service efficiency.
Without an effective detection system, identifying leakage points can be time-consuming and often requires excavation at multiple locations, resulting in higher maintenance and repair costs.
In response to these challenges, Acoustic Leak Detection Technology has been developed as part of an advanced Water Loss Management system. This internationally recognized technology utilizes sound vibration analysis to detect leaks within water pipelines.
The system operates by capturing acoustic signals or vibrations generated by water escaping through leaks, within a detection range of up to 3 meters. It is capable of accurately analyzing these signals to pinpoint the exact location of leaks, enabling maintenance teams to perform targeted repairs. This approach minimizes unnecessary excavation and significantly reduces disruption to surrounding communities and traffic.
Summary of Water and Wastewater Management for Sustainable Industrial Operations
Industrial water and wastewater management is no longer merely a matter of environmental compliance; it has become a critical cornerstone of sustainable business operations. This spans key dimensions such as production costs, system efficiency, and corporate image.
Industries equipped with efficient water treatment and wastewater management systems can significantly reduce water loss, lower energy consumption, and minimize treatment costs. At the same time, these systems ensure that discharged water meets regulatory standards—directly supporting operational continuity and long-term business growth.
If you are seeking an expert in industrial water supply systems, process water production, and comprehensive wastewater treatment solutions, Siam Syndicate Technology Public Company Limited (SST) brings over 40 years of experience in delivering internationally recognized industrial water treatment and wastewater treatment technologies and solutions.
SST is ready to help your organization transform “water challenges” into “business opportunities” through tailored system design that aligns with your industry needs—enhancing water efficiency, reducing environmental impact, and elevating your operations toward true sustainability.
