The Scale Free System is a patented, non-chemical water treatment technology that prevents scale formation, corrosion, and microbiological growth. It works by neutralizing the electrical activity in pipes and equipment using a control panel and grounding system, without altering water chemistry. Scale Free Systems has been in business for 15 years providing this service nationally and internationally. The document discusses the technology and its benefits over chemical water treatment, including reduced operating costs, increased efficiency, and sustainability advantages. It provides examples of applications and customer installations in various markets.
Houston Commercial Cooling Tower Case Study - Aug. 22 2016Bevan Brinkley
This document summarizes a case study of using electronic water conditioning at a LEED Gold certified 1,000 ton cooling tower in Houston, Texas. Key goals were to prevent scale, reduce water and chemical use, and lower costs. A 90-day demonstration of HydroFLOW technology doubled cycles of concentration without scale, cut chemical use 75% and water use 50%, saving over $2,500 per month. Condition of the chiller tubes and fill media improved after removing existing deposits. The technology successfully met goals in a cost-effective way and sustained savings covered the monthly equipment fee.
The document discusses BioLargo, a company that develops clean water, air and soil technologies using advanced oxidation systems, noting their progress in developing products for industrial odor control, advanced wound care, and water treatment using their AOS filter technology which removes contaminants more effectively and at a lower cost than other methods. Key benchmarks mentioned include commercial pilots and partnerships for the AOS filter in 2017 and expanding sales, manufacturing, and the management team.
Conservation Solutions Corporation provides energy and water efficiency services and renewable energy systems. They conduct detailed energy and water audits of commercial buildings to develop efficiency projects. They represent various technology manufacturers and offer services including water treatment, steam trap installation, and pressure independent control valves. Case studies describe projects installing these technologies that achieved energy and water savings as well as improved comfort and reduced maintenance needs.
Parker has developed a near-instant process to analyze water samples for harmful contaminants like trihalomethanes (THMs), contributing to improved safety of public water supplies. The Parker THM Analyzer can accurately measure THM levels in parts per billion in under 30 minutes, much faster than sending samples to a laboratory. This allows more frequent testing and real-time maintenance of water quality. The easy-to-use analyzer requires an operator to simply insert a water sample and press a button, with automatic analysis from a connected laptop.
The document summarizes information about the Bioclere wastewater treatment system. It has been approved for use in 38 states and has over 13,000 installations worldwide. The system uses a simple, robust design with few moving parts that requires minimal energy and maintenance. It also has a proven track record of over 45 years of reliable operation and removing nitrogen from wastewater effectively. The document promotes the Bioclere system as a good option for residential, commercial and municipal wastewater treatment applications.
EcoTec EcoSBR design, process, performance and treatment values comparison with technologies such as conventional sequence batch reactor, johkasou, MBBR. Comparison is done with 50 KLD sewage treatment plant as example. EocSBR is a sequence batch reactor technology with airlift pumps used for sewage transfer and decantation of clear water.
In this complex world, there is no substitute for knowledge and experience, with an average of over 25 years of technical training and hands-on working experience with industrial and commercial water systems.
This document discusses Badger Meter's water and wastewater solutions. It summarizes that humans consume large amounts of water and produce increasing wastewater, placing emphasis on sustainable water treatment. Water and wastewater facilities have complex operational processes involving flow measurement. Badger Meter offers a broad portfolio of flow metering technologies to help customers improve efficiency and reliability.
Houston Commercial Cooling Tower Case Study - Aug. 22 2016Bevan Brinkley
This document summarizes a case study of using electronic water conditioning at a LEED Gold certified 1,000 ton cooling tower in Houston, Texas. Key goals were to prevent scale, reduce water and chemical use, and lower costs. A 90-day demonstration of HydroFLOW technology doubled cycles of concentration without scale, cut chemical use 75% and water use 50%, saving over $2,500 per month. Condition of the chiller tubes and fill media improved after removing existing deposits. The technology successfully met goals in a cost-effective way and sustained savings covered the monthly equipment fee.
The document discusses BioLargo, a company that develops clean water, air and soil technologies using advanced oxidation systems, noting their progress in developing products for industrial odor control, advanced wound care, and water treatment using their AOS filter technology which removes contaminants more effectively and at a lower cost than other methods. Key benchmarks mentioned include commercial pilots and partnerships for the AOS filter in 2017 and expanding sales, manufacturing, and the management team.
Conservation Solutions Corporation provides energy and water efficiency services and renewable energy systems. They conduct detailed energy and water audits of commercial buildings to develop efficiency projects. They represent various technology manufacturers and offer services including water treatment, steam trap installation, and pressure independent control valves. Case studies describe projects installing these technologies that achieved energy and water savings as well as improved comfort and reduced maintenance needs.
Parker has developed a near-instant process to analyze water samples for harmful contaminants like trihalomethanes (THMs), contributing to improved safety of public water supplies. The Parker THM Analyzer can accurately measure THM levels in parts per billion in under 30 minutes, much faster than sending samples to a laboratory. This allows more frequent testing and real-time maintenance of water quality. The easy-to-use analyzer requires an operator to simply insert a water sample and press a button, with automatic analysis from a connected laptop.
The document summarizes information about the Bioclere wastewater treatment system. It has been approved for use in 38 states and has over 13,000 installations worldwide. The system uses a simple, robust design with few moving parts that requires minimal energy and maintenance. It also has a proven track record of over 45 years of reliable operation and removing nitrogen from wastewater effectively. The document promotes the Bioclere system as a good option for residential, commercial and municipal wastewater treatment applications.
EcoTec EcoSBR design, process, performance and treatment values comparison with technologies such as conventional sequence batch reactor, johkasou, MBBR. Comparison is done with 50 KLD sewage treatment plant as example. EocSBR is a sequence batch reactor technology with airlift pumps used for sewage transfer and decantation of clear water.
In this complex world, there is no substitute for knowledge and experience, with an average of over 25 years of technical training and hands-on working experience with industrial and commercial water systems.
This document discusses Badger Meter's water and wastewater solutions. It summarizes that humans consume large amounts of water and produce increasing wastewater, placing emphasis on sustainable water treatment. Water and wastewater facilities have complex operational processes involving flow measurement. Badger Meter offers a broad portfolio of flow metering technologies to help customers improve efficiency and reliability.
تستخدم هذه الوحدات للمعالجة و التطهير فى تطبيقات مياه الشرب, عمليات إعادة تدوير المياه, صناعات الأغذية و المشروبات, المزارع السمكية و حمامات السباحة و بصفة أشمل تصلح للتطبيقات الصناعية و المختبرات و المحطات التجريبية, تنتج هذه الأنظمة حتى 400 جم/ساعة من الأوزون عالى التركيز بأقل استهلاك للطاقة و الأكسجين نظرا للإنتاجية عالية التركيز
يتم مراقبة و عرض معاملات العملية التشغيلية فى هذه الوحدات بصفة مستمرة لضمان موثوقية سير التشغيل, وتتضمن الوحدة العديد من المكونات الأساسية مثل مولدى غاز الأوزون و الأكسجين, وحدات تحكم كهربائية مرفقة بمبادلات إشارات, الأسلاك و الأنابيب المثبتة على إطار من الإستانليس ستيل و مكونات أخرى إضافية حسب حاجة التشغيل
http://rheoserve.com/index.html#portfolio
Nano electronics and nano sensors Dr Shehan de Silva costi2014
National level support in Sri Lanka is best used to develop unique platform technologies that can then be commercialized in various forms by private enterprises. One such potential platform technology is electroactive porous materials, which could enable new devices for sensing, actuation, and electronic storage at the nanoscale. Applications of these materials could include hydrogen storage and recovery, breathable garments and buildings, water filtration, crop-specific sensors, and electronic drug delivery. A roadmap was presented for developing electroactive porous nanomaterials to help solve global challenges around food, water, and medicine.
This document summarizes wastewater, greywater, and stormwater treatment systems from Bio-Microbics, Inc. It outlines four wastewater treatment technologies, three greywater treatment technologies, and three stormwater treatment technologies. It also discusses product certifications and applications for decentralized water management solutions.
This document provides information about a presentation on vacuum plumbing systems and their benefits for water conservation. It begins with instructions for presenters and includes information on the speaker, the course details for continuing education credits, and an approved promotional statement. The bulk of the document then discusses how vacuum plumbing systems can significantly reduce water usage compared to traditional gravity plumbing systems, saving thousands of gallons of water annually. It provides details on how vacuum plumbing works, its certifications, applications in different building types, and its components to collect, convey and store waste before disposal.
Ecoflex is a flexible, durable, and sustainable tubing solution for direct-burial distribution systems. It saves time and money during installation due to its long coils, ability to change direction without joints, and lightweight nature. It also reduces installation steps and costs through fewer required parts and less time to install. Ecoflex is made of high-quality, sustainable components and has a variety of applications for both commercial and residential use, including connecting buildings to centralized heat sources.
A Wireless Sensor Network-Based Monitoring System for Fresh Water Fishpond Aq...MichaelSiagian3
This document presents a wireless sensor network-based monitoring system for freshwater fishpond aquaculture. It aims to address increasing demand for freshwater products with limited land availability by developing a low-cost method to improve production yields. The system monitors key water parameters like dissolved oxygen, temperature and uses different power modes and data merging techniques to reduce packet loss and conserve energy. Experimental results show that a tree topology experiences less packet loss while modes PM2 and data merging save the most energy.
Based in Harleysville, Pennsylvania, Agape Water Solutions is an industry leader in water-treatment equipment for commercial clients. Among other products and services, Agape Water Solutions offers reverse osmosis systems.
This document summarizes the Hydro-Electric Pulse Power (HEPP) wastewater treatment technology. HEPP uses an underwater, high-voltage spark to break down organic compounds, precipitate dissolved solids, and disinfect pathogens. Test results showed HEPP reduced contaminants like BOD and coliform to a fraction of their original levels. While HEPP has lower capital and operating costs than SBR systems, it introduces a radically new technology that could face resistance in the conservative wastewater industry. The document recommends evaluating HEPP further through independent testing at a wastewater treatment plant.
PSI will be exhibiting and giving presentations at the 98th Annual New Jersey Water Environment Association Conference from May 12-17, 2013. Environmental Dynamics International (EDI) has appointed PSI as its representative in the New York Metro area, Long Island, and Northern and Central New Jersey to represent EDI's advanced aeration and biological treatment solutions. EDI specializes in research and application of aeration technologies for wastewater treatment plants and has over 6,000 installation projects in nearly 100 countries. PSI will demonstrate EDI's line of coarse bubble and fine bubble diffusers at the conference.
DeJuan Bush has over 2 years of experience as a custodian and has received certifications in HVAC. He graduated from Remington College with a diploma in HVAC-R and received the President's List and Perfect Attendance awards. His core competencies include HVAC tools, equipment, refrigerants, electrical systems, and customer service skills. He is looking for a long-term career in the HVAC industry.
Steven C. Apostolico is a senior project engineer with extensive experience designing and constructing large, complex industrial projects. He has expertise in planning, scheduling, estimating, quality management, safety regulations and cost control. His background includes major infrastructure upgrades for DuPont and developing new fabrication technologies for Hercules that resulted in several patents. He has a BSME from the University of Delaware.
While the public considers municipal water to be “pure”, the pharmaceutical market considers municipal water (feedwater) just the starting point in producing pure water. Water is the most widely used excipient in pharmaceutical manufacturing, and pharmaceutical water is a multi-functional resource, crossing all disciplines in the pharmaceutical industry. Water is used as a raw material, solvent, ingredient, reagent, and clean-ing agent, and is produced in a variety of “pure” forms.
Harnessing oxygen to boost performance in wastewater treatment plant upgradeLinde Gas Benelux
The SOLVOX®-V process combines excellent oxygen utilisation and high oxygenation efficiency rates, together with intensive wastewater agitation. It is more economical than other methods and offers high flexibility for oxygen dissolution and process mixing, especially when integrated with existing aeration equipment.
ChemTreat is a water treatment company founded in 1968 that has experienced annual growth of 13%. It is headquartered in Richmond, Virginia with manufacturing facilities across the US. In 2007, ChemTreat merged with Danaher Corporation. ChemTreat provides a full range of water treatment services and over 1,200 products through its experienced field representatives and technical support staff.
Under SINOM GROUP CO., LTD., the SINOMGREEN water treatment system is an integrated solution utilizing sub-radio wave technology that combines advance research and a number of patented systems through years of on-site experience.
Water & Wastewater: Innovation for Resilience and Adoption to Climate ChangePurite
As an expanding world and climate change places increasing pressure on the amount of fresh water available.
There is a growing recognition and understanding across the developed world that a scarcity of fresh water is no longer just an issue for those sun scorched countries where drought and famine has long been a common strand of the socio-economic infrastructure.
While in the UK and many regions of Europe there has been a great deal of attention paid to electricity being the resource in shortest supply, the focus is adjusting to that of water. And not before time.
IRJET- Waste water to Drinking Water using Retreatment PlantIRJET Journal
This document summarizes a student paper about using a retreatment plant to purify wastewater from Ichalkaranji city in India to drinking water standards. The city faces water scarcity and its current supply cannot meet demand. Treating wastewater could provide additional water sources. Currently wastewater is treated in a sewage treatment plant but not to drinking standards. The proposed retreatment plant after the sewage plant would use microfiltration, reverse osmosis, ultraviolet disinfection, and mineral filters to further treat the water to meet drinking water quality standards for use in homes, industry and irrigation. Tests show the treated water met standard parameters while untreated wastewater did not. Adopting this retreatment
IRJET- Internet of Things: Water Quality MonitoringIRJET Journal
This document describes a system for real-time monitoring of water quality using Internet of Things (IoT) technology. Sensors are used to measure parameters like temperature, pH, turbidity, and conductivity of water. An Arduino microcontroller processes the sensor data. The data is then sent to the cloud and can be viewed over the internet. The system allows for continuous, remote monitoring of water quality with results in seconds, reducing the need for costly and time-consuming laboratory testing.
CBDT Representation - Range concept & Multiple year data usage - PRB CAsHarshal Bhuta
- The document is a letter from P.R. Bhuta & Co., Chartered Accountants, providing comments on India's draft rules for determining arm's length prices in transfer pricing.
- It comments on several aspects of the proposed rules, including concerns about restricting the range concept to certain methods, requiring a minimum of 9 comparables, and making use of multiple year data mandatory.
- The letter requests that the rules be modified to address these concerns, bringing the Indian transfer pricing legislation more in line with international best practices.
تستخدم هذه الوحدات للمعالجة و التطهير فى تطبيقات مياه الشرب, عمليات إعادة تدوير المياه, صناعات الأغذية و المشروبات, المزارع السمكية و حمامات السباحة و بصفة أشمل تصلح للتطبيقات الصناعية و المختبرات و المحطات التجريبية, تنتج هذه الأنظمة حتى 400 جم/ساعة من الأوزون عالى التركيز بأقل استهلاك للطاقة و الأكسجين نظرا للإنتاجية عالية التركيز
يتم مراقبة و عرض معاملات العملية التشغيلية فى هذه الوحدات بصفة مستمرة لضمان موثوقية سير التشغيل, وتتضمن الوحدة العديد من المكونات الأساسية مثل مولدى غاز الأوزون و الأكسجين, وحدات تحكم كهربائية مرفقة بمبادلات إشارات, الأسلاك و الأنابيب المثبتة على إطار من الإستانليس ستيل و مكونات أخرى إضافية حسب حاجة التشغيل
http://rheoserve.com/index.html#portfolio
Nano electronics and nano sensors Dr Shehan de Silva costi2014
National level support in Sri Lanka is best used to develop unique platform technologies that can then be commercialized in various forms by private enterprises. One such potential platform technology is electroactive porous materials, which could enable new devices for sensing, actuation, and electronic storage at the nanoscale. Applications of these materials could include hydrogen storage and recovery, breathable garments and buildings, water filtration, crop-specific sensors, and electronic drug delivery. A roadmap was presented for developing electroactive porous nanomaterials to help solve global challenges around food, water, and medicine.
This document summarizes wastewater, greywater, and stormwater treatment systems from Bio-Microbics, Inc. It outlines four wastewater treatment technologies, three greywater treatment technologies, and three stormwater treatment technologies. It also discusses product certifications and applications for decentralized water management solutions.
This document provides information about a presentation on vacuum plumbing systems and their benefits for water conservation. It begins with instructions for presenters and includes information on the speaker, the course details for continuing education credits, and an approved promotional statement. The bulk of the document then discusses how vacuum plumbing systems can significantly reduce water usage compared to traditional gravity plumbing systems, saving thousands of gallons of water annually. It provides details on how vacuum plumbing works, its certifications, applications in different building types, and its components to collect, convey and store waste before disposal.
Ecoflex is a flexible, durable, and sustainable tubing solution for direct-burial distribution systems. It saves time and money during installation due to its long coils, ability to change direction without joints, and lightweight nature. It also reduces installation steps and costs through fewer required parts and less time to install. Ecoflex is made of high-quality, sustainable components and has a variety of applications for both commercial and residential use, including connecting buildings to centralized heat sources.
A Wireless Sensor Network-Based Monitoring System for Fresh Water Fishpond Aq...MichaelSiagian3
This document presents a wireless sensor network-based monitoring system for freshwater fishpond aquaculture. It aims to address increasing demand for freshwater products with limited land availability by developing a low-cost method to improve production yields. The system monitors key water parameters like dissolved oxygen, temperature and uses different power modes and data merging techniques to reduce packet loss and conserve energy. Experimental results show that a tree topology experiences less packet loss while modes PM2 and data merging save the most energy.
Based in Harleysville, Pennsylvania, Agape Water Solutions is an industry leader in water-treatment equipment for commercial clients. Among other products and services, Agape Water Solutions offers reverse osmosis systems.
This document summarizes the Hydro-Electric Pulse Power (HEPP) wastewater treatment technology. HEPP uses an underwater, high-voltage spark to break down organic compounds, precipitate dissolved solids, and disinfect pathogens. Test results showed HEPP reduced contaminants like BOD and coliform to a fraction of their original levels. While HEPP has lower capital and operating costs than SBR systems, it introduces a radically new technology that could face resistance in the conservative wastewater industry. The document recommends evaluating HEPP further through independent testing at a wastewater treatment plant.
PSI will be exhibiting and giving presentations at the 98th Annual New Jersey Water Environment Association Conference from May 12-17, 2013. Environmental Dynamics International (EDI) has appointed PSI as its representative in the New York Metro area, Long Island, and Northern and Central New Jersey to represent EDI's advanced aeration and biological treatment solutions. EDI specializes in research and application of aeration technologies for wastewater treatment plants and has over 6,000 installation projects in nearly 100 countries. PSI will demonstrate EDI's line of coarse bubble and fine bubble diffusers at the conference.
DeJuan Bush has over 2 years of experience as a custodian and has received certifications in HVAC. He graduated from Remington College with a diploma in HVAC-R and received the President's List and Perfect Attendance awards. His core competencies include HVAC tools, equipment, refrigerants, electrical systems, and customer service skills. He is looking for a long-term career in the HVAC industry.
Steven C. Apostolico is a senior project engineer with extensive experience designing and constructing large, complex industrial projects. He has expertise in planning, scheduling, estimating, quality management, safety regulations and cost control. His background includes major infrastructure upgrades for DuPont and developing new fabrication technologies for Hercules that resulted in several patents. He has a BSME from the University of Delaware.
While the public considers municipal water to be “pure”, the pharmaceutical market considers municipal water (feedwater) just the starting point in producing pure water. Water is the most widely used excipient in pharmaceutical manufacturing, and pharmaceutical water is a multi-functional resource, crossing all disciplines in the pharmaceutical industry. Water is used as a raw material, solvent, ingredient, reagent, and clean-ing agent, and is produced in a variety of “pure” forms.
Harnessing oxygen to boost performance in wastewater treatment plant upgradeLinde Gas Benelux
The SOLVOX®-V process combines excellent oxygen utilisation and high oxygenation efficiency rates, together with intensive wastewater agitation. It is more economical than other methods and offers high flexibility for oxygen dissolution and process mixing, especially when integrated with existing aeration equipment.
ChemTreat is a water treatment company founded in 1968 that has experienced annual growth of 13%. It is headquartered in Richmond, Virginia with manufacturing facilities across the US. In 2007, ChemTreat merged with Danaher Corporation. ChemTreat provides a full range of water treatment services and over 1,200 products through its experienced field representatives and technical support staff.
Under SINOM GROUP CO., LTD., the SINOMGREEN water treatment system is an integrated solution utilizing sub-radio wave technology that combines advance research and a number of patented systems through years of on-site experience.
Water & Wastewater: Innovation for Resilience and Adoption to Climate ChangePurite
As an expanding world and climate change places increasing pressure on the amount of fresh water available.
There is a growing recognition and understanding across the developed world that a scarcity of fresh water is no longer just an issue for those sun scorched countries where drought and famine has long been a common strand of the socio-economic infrastructure.
While in the UK and many regions of Europe there has been a great deal of attention paid to electricity being the resource in shortest supply, the focus is adjusting to that of water. And not before time.
IRJET- Waste water to Drinking Water using Retreatment PlantIRJET Journal
This document summarizes a student paper about using a retreatment plant to purify wastewater from Ichalkaranji city in India to drinking water standards. The city faces water scarcity and its current supply cannot meet demand. Treating wastewater could provide additional water sources. Currently wastewater is treated in a sewage treatment plant but not to drinking standards. The proposed retreatment plant after the sewage plant would use microfiltration, reverse osmosis, ultraviolet disinfection, and mineral filters to further treat the water to meet drinking water quality standards for use in homes, industry and irrigation. Tests show the treated water met standard parameters while untreated wastewater did not. Adopting this retreatment
IRJET- Internet of Things: Water Quality MonitoringIRJET Journal
This document describes a system for real-time monitoring of water quality using Internet of Things (IoT) technology. Sensors are used to measure parameters like temperature, pH, turbidity, and conductivity of water. An Arduino microcontroller processes the sensor data. The data is then sent to the cloud and can be viewed over the internet. The system allows for continuous, remote monitoring of water quality with results in seconds, reducing the need for costly and time-consuming laboratory testing.
CBDT Representation - Range concept & Multiple year data usage - PRB CAsHarshal Bhuta
- The document is a letter from P.R. Bhuta & Co., Chartered Accountants, providing comments on India's draft rules for determining arm's length prices in transfer pricing.
- It comments on several aspects of the proposed rules, including concerns about restricting the range concept to certain methods, requiring a minimum of 9 comparables, and making use of multiple year data mandatory.
- The letter requests that the rules be modified to address these concerns, bringing the Indian transfer pricing legislation more in line with international best practices.
Raul Quiroz has over 25 years of experience in financial analysis, budgeting, and project management across various industries including financial services, insurance, and telecommunications. He holds an MBA and MS in Accounting and is legally authorized to work in Mexico, the U.S., and Brazil. The document provides details of Quiroz's professional experience, skills, education, and computer proficiencies.
Lisa Beattie is an ambitious and hardworking individual seeking new opportunities. She has over 5 years of experience in administrative roles, most recently as an Intranet Content Administrator for a large law firm. She is proficient in Microsoft SharePoint, Sitecore, and HTML. She is also PRINCE2 foundation qualified and holds a BA in Business Economics and Communication. She aims to utilize her strong communication, organizational, and technical skills to benefit any team.
The water used in cooling systems, boilers, products and production represents the largest water-related expenditure at an industrial site. In addition, the quality and quantity requirements vary from one industry to another and from one site to another. Given the importance of process water for our industrial customers, we have made it a priority to offer them reliable and innovative solutions to meet their water needs and ensure continuity of industrial production. http://www.degremont.com.au/industrial/solutions/process-water/
Irrespective of the type of water required (ingredient or washing water, water for steam production, water for cooling systems etc); Degrémont Australia offers a complete solution to meet customers’ needs.
http://www.degremont.com.au/
The Multi-barrier Approach to Address Water Quality and Disease PreventionMadelyn Skinner
How can you eliminate waterborne hospital acquired infections (HAIs) by choosing the right water treatment? Popular chemical treatments, like monochloramine, cause harmful byproducts and have little effect. Learn about copper silver ionization, and how the multi-barrier approach protects the people in your facility. Get introduced to the CDC and ASHRAE 188 and learn how to follow ethical practices.
The document discusses the water conservation design strategies for the new Dell Seton Medical Center at the University of Texas. It outlines Seton Healthcare Family's commitment to environmental stewardship and describes the hospital's sustainable design goals to achieve a 35-40% reduction in water usage through strategies like installing low-flow plumbing fixtures, water efficient medical equipment, and water reuse systems. The document provides details on the specific water usage reductions planned through fixtures, equipment selection, and irrigation systems to meet the LEED for Healthcare certification requirements.
Introducing nereus for cooling 09112014 gn (2)damiendasher
This document discusses water efficiency and treatment for chillers, data centers, and hospitals. It notes that current water practices are unsustainable given drought conditions, and that traditional water treatment focuses more on product sales than efficiency. A new approach called Nereus uses online monitoring of water chemistry and system performance to optimize cycles of concentration, minimize water and chemical use, reduce scaling and corrosion, and lower energy costs. Implementing this approach could save over 1 billion gallons per year across industries that rely on water-cooled chillers.
Our clinical grade water complies with quality standards described by the Clinical and Laboratory Standards Institute (CLSI®) guideline, which defines water purity in clinical laboratories (resistivity > 10 MΩ·cm; TOC < 500 ppb; bacteria < 10 cfu/mL; filtration of particles > 0.22 μm).
The document discusses various methods for conserving water, including engineering practices like leak detection and submetering, behavioral practices, monitoring water usage, and adopting techniques like rainwater harvesting, xeriscaping, and recycling cooling tower water. It provides details on implementing these practices in different sectors like industry, commercial buildings, and landscaping to reduce water consumption.
Bs water-treatment-presentation-1-1 finalsDaphne Tan
Water treatment is crucial for safe consumption and usage. It removes contaminants like chlorine, fluoride, parasites and dioxins that can be hazardous to health. For haemodialysis patients who use large volumes of water, treatment is essential to avoid health complications. Reverse osmosis is commonly used as it removes bacteria, endotoxins and dissolved solids. Strict water quality monitoring and disinfection is needed, as contaminated water could be life threatening for haemodialysis patients. Proper equipment, storage and process design are important to ensure safe, effective water treatment.
Bs water-treatment-presentation-1-1 finalsDaphne Tan
Water treatment is important for haemodialysis patients who are exposed to large volumes of water directly through their bloodstream. Reverse osmosis (RO) is commonly used to treat water for haemodialysis as it removes contaminants, bacteria and endotoxins. Proper design, monitoring and maintenance of the RO system is required. Storage tanks must be designed to prevent bacterial growth and reject water can be recycled to reduce wastage. Regular testing is needed to ensure water quality meets Association for the Advancement of Medical Instrumentation standards to protect patient safety.
We are a customer oriented company and always while work keeping the interest of our customers at prime focus. Our single minded focus and attention towards technological advancements and highest standards of quality has enabled us to become a privileged supplier to the major companies.
We design , manufacture and supply a wide range of clarifiers for a vast range of settling applications. These clarifiers are widely used for river water ,sewage treatment plant , effluent treatment Plant, DM plant, Ro plant, water softener Plant and waste water treatment system for removal or settling of suspended particles. The entire assortment is designed to meet clients requirement and is available in different specifications.
Water supplies in the Permian Basin are tightening. 240 counties in Texas are now designated as primary natural disaster areas due to drought. Water recycling technologies are numerous with rapid innovation.We’ve catalogued over 50 different processes used to purify wastewater. There is no one-size-fits-all solution. Freshwater availability, waste disposal costs, and fracturing fluid specifications are just a sample of factors that influence decisions. In this presentation, delivered at the DUG Permian Basin Conference on May 21, 2014, Wilson Perumal & Company Consultant John Hughes presents key elements to consider when developing a comprehensive water management strategy.
Sunstone Water Group is a Danish company that develops clean water solutions using modular water treatment systems housed in shipping containers. Their systems can produce drinking water, process water for industrial use, and treat wastewater. Their design aims to reduce operating expenses through innovative pretreatment methods. They offer flexible business models including project financing and pay-per-use options. Their systems are fully automated and use high quality components to provide reliable water treatment with low lifecycle costs.
Nereus for cooling - Sustainable Water Solutions, LLCdamiendasher
Sustainable Water Solutions, LLC is is a multi-discipline group of highly experienced and innovative water industry professionals who focus on providing the most complete, efficient and effective water reuse, water recycling, and process fluid treatment solutions available today.
Scale Free Systems provides a patented non-chemical water treatment system that uses electricity to prevent scale, corrosion, bacteria and algae. It was established over 20 years ago in St. Louis and treats equipment by neutralizing it rather than treating the water directly. The system features elimination and reversal of scale and corrosion without daily care, and regulates copper and silver ion levels to control bacteria and algae.
Appalachian State University installed a non-chemical water treatment system called Scale Free Systems on the heat exchange equipment in their Bookstore Chiller Plant to prevent scale and corrosion buildup. Initial results found a 50% reduction in water usage and 12% reduction in energy consumption compared to their previous chemical treatment system. Data collected over six months after installation showed a nearly 95% reduction in daily water blow down and a savings of over 150,000 gallons of water compared to the previous six months. University staff were pleased with the cleaner equipment and cost savings from eliminating chemical use and maintenance. Scale Free Systems provides a unique, progressive solution that reduces future maintenance costs while improving the efficiency of equipment operations.
The Drinking Water Branch carries out requirements of the Safe Drinking Water Act to ensure public water supplies deliver safe drinking water. It has five sections and 49 staff who collectively have over 500 years of experience. The branch requires water systems to sample for various contaminants including lead and copper. If a system exceeds the lead action level of 15 ug/L, it must notify consumers of results, potential health effects, and steps to reduce exposure. Lead can enter water from aging pipes and plumbing; utilities treat water and work to replace lead components to reduce contamination.
Superior Water Conditioners manufactures multi-field magnetic water conditioners that use magnetism to alter hard water minerals and prevent scale buildup. Their proprietary technology follows a precise formula based on flow rate and pipe diameter to treat water through magnetic fields. Superior conditioners control scale and corrosion without chemicals or energy, providing benefits for residential, commercial, and industrial applications. As an American family-owned company with over 50 years of experience, Superior delivers proven performance and customer satisfaction.
The document provides an overview of how food and beverage plants can effectively reuse water to reduce their fresh water usage. It discusses that water can be obtained from municipal systems, wells, or by reclaiming wastewater on-site. Reusing water helps companies lower costs, meet sustainability goals, and lessen supply risk. The document then discusses various water treatment and reuse options companies can implement, including conventional primary treatment and more advanced membrane filters, ultraviolet disinfection, and reverse osmosis systems. It emphasizes the importance of properly selecting pumps and designing piping systems to minimize energy usage over the lifetime of the water reuse project.
Utilizing Online TOC Monitoring to Control Industrial Water QualityMuhammad Naeem Ashraf
Online TOC monitoring can help control water quality in industrial processes. It provides real-time, accurate measurements to drive operational decisions. Conventional TOC analyzers require frequent maintenance and calibration, resulting in low reliability and lack of trust in results. A new two-stage advanced oxidation TOC monitor requires only semi-annual maintenance, has high reliability, and can handle samples with particulates without filtering to provide trusted measurements for process control and compliance.
2. What is the Scale Free System?
• Industry leading, patented technology
• “Green" alternative to water treatment that prevents and
reverses scale formation, halts corrosion and prevents
microbiological growth for all heat transfer systems without
the use of chemicals
• Best non-chemical water treatment system available on the
market today utilizing “system neutralization” technology.
• Reduces water usage, energy consumption and operating
costs while eliminating chemicals from your facility
• Unlike all other non-chemical systems, SFS does NOT
attempt to change or alter water chemistry in any way,
rather SFS treats and protects your equipment
History of Scale Free Systems, Inc.
• Established 15 years ago in St. Louis, Missouri
• National and International provider of water treatment
3. Threats to Your Bottom Line
Scale Bacteria Corrosion
Scale, Bacteria & Corrosion will Destroy Your Equipment…leading to costly
capital budget expenditures for equipment replacement.
Scale is the biggest problem associated with
the efficient and cost-effective operation of
your heat exchange equipment.
Studies have shown that as little as an ⅛” of
scale formation on heat transfer surfaces
can lead up to a 15% increase in energy
consumption.
Scale
60%
Bacteria
20%
Corrosion
10%
Filtration
10%
4. Protect Your Bottom Line
SFS neutralizes the pipes and equipment shell to the same
polarity as the ions in the water.
Engineered application pulls the dynamic electrical energy
out of the water, through a control panel that regulates
and controls the energy flow and ultimately out to an
independent grounding system.
Reverse
Scale
Formation
Prevent
Bacteria
Growth
SFS utilizes Copper-Silver Ionization for microbial control;
a dispersive process that introduces stable, long-lived,
positively charged copper and silver ions into the water
system to destroy biofilms and slimes that can harbor
harmful bacteria.
Safe ionic concentration levels are maintained by regular
monitoring of the water in the system, offering additional
long-term residual protection.
Halt
Corrosion
SFS eliminates the electrical bridge that starts the harmful
corrosion process.
By neutralizing electrical activity, chemical decomposition
necessary to produce free oxygen and free hydrogen in
solution (agents responsible for pitting and corrosion) is
eliminated.
6. SFS Controllers & WebAdvantage
Internet Communications…coming soon
SFS controllers are the heart of the system
• Monitor and regulate the electrical activity in the water.
• Continuously modulates the output across the equipment to match the energy in the
water and sustain a neutral environment.
• Maximize your facility water usage and lower utility costs
• Give remote system alerts with the addition of the WebAdvantage monitoring feature.
WebAdvantage
Internet Communications
Key Features:
• 128 Bit Encryption Security
• Change Settings Remotely
• No Software to Load
• Back-Up Server Assurance
• One Page Summary
• Email Alarm Notification
• Constant Connection
• Server Stored History
• Custom Reporting
• Graphical Interface
7. Microbiological Control
COPPER-SILVER IONIZATION is approved by the US EPA (as per its Safe Water
Drinking Act) for biological treatment of domestic water supplies against
infections of Legionella, E. Coli, Salmonella and a host of other microbes as
well. It is a dispersive process that introduces long-lived, stable, positively
charged copper and silver ions into the water system.
1- The copper-silver ionization process is provoked by
running DC voltage between the copper and silver
electrodes submerged in water, thereby releasing the
positively charged Cu and Ag ions into the water.
2- Having water flow between the electrodes carries
away the metallic ions into the water system.
3- Once in the water reservoir, the positively charged
copper and silver ions bind themselves to and attack
negatively charged microorganisms such as
Legionella bacteria and commence the biocide
process.
4- Upon contact with these microorganisms, the
copper-silver ions attack in a multiphase process to
disrupt the overall cell metabolism causing cellular
lysis (death). Safe ionic concentration levels are
maintained by monitoring the water system and thus
offer additional long-term residual protection.
8. 100
1000
10000
100000
Typ. Chemical
Treatment
Cooling Tower
Water Std. EPA Safe
Drinking Water Typ. SFS
Treatment
CFUs/ml
Microbial Control Comparison
How Does Cu-Ag Ionization Compare?
HigherCFU=morebacteria
SFS EXCEEDS
Microbiological
Standards
The Other Guys
9. Reuse Blowdown Water and Save!
SFS Biological Control is compliant with EPA standards for drinking
water quality set forth in the Safe Drinking Water Act (SDWA).
All blowdown water exiting the system is compliant with the Federal
Water Pollution Control Act.
WHAT DOES THAT MEAN FOR YOU??? SAVE MONEY
Sanitary Sewer
Water w/ Chemicals &
Raw Sewage
• Discharge Must be Treated
• Costly Industrial Surcharge
Rates
Storm Sewer
Rain Runoff &
SFS Blowdown Water
• Discharge Water Safe
• No Discharge Fees
Reuse or Recycle the
Blowdown Water for
Irrigation or other
On-Site Use (Graywater)
10. Sustainability: SFS Green Solution
• Immediately reduce the environmental footprint of a facility by eliminating
toxic water treatment chemicals.
• Installing SFS presents a compelling opportunity to generate operational
savings while treating water in an environmentally friendly manner.
PLUS - Use of SFS will also earn points in the LEED system.
• Chemical-free discharge water can be reused for other purposes on site
instead of being sent to a treatment facility.
• The cycles of concentration will increase inside the system, saving water
and reducing costs.
• SFS provides a distinct environmental advantage, while mitigating the risk
of accidental chemical spills, chronic exposure and bioaccumulation of
persistent chemicals in the food chain.
CREATING CHEMICAL-FREE
SOLUTIONS FOR A BETTER
ENVIRONMENT
BECAUSE WE ALL LIVE
DOWNSTREAM
11. Essential Cooling Tower Treatment
Good Tower Treatment
STARTS with:
• Knowledge of makeup water
chemistry and operating
conditions.
• A treatment system designed
to meet scale, biological and
corrosion control.
• Good conductivity control.
• Consistent monitoring and
maintenance of the system.
Good Tower Treatment
ENDS with:
• Water and energy savings.
• Lower facility operating and
maintenance costs.
• Clean condenser tubes and
good heat transfer.
• No corrosion of equipment
surfaces and piping.
• Reduced environmental
footprint by eliminating
chemicals – Reuse
Blowdown!
12. Why Should You Consider
Non-Chemical Water Treatment?
• Cooling system operation represents 12-18% of an
industrial building’s operating costs.
• Poor water treatment reduces operating efficiency by
as much as 25%.
• SFS reduces water consumption by increasing the
cycles of concentration through the system over what a
chemical treatment program can achieve.
• More cycles means less water consumed!
• Environmental standards groups such as LEED are
encouraging facility owners to implement changes that
positively impact the environment while protecting the
bottom-line.
• Facility owners and managers are increasingly aware of
the safety and liability risks/costs associated with the
storage and handling of chemicals on-site.
Reduce
Energy
Costs
Conserve
Water
Protect the
Environment
Increase
Safety
13. Benefits of Using SFS
• Prevents Scale and Corrosion
• Prevents Microbiological Growth
• Increases Operational Efficiency
• Reduction in Water Costs
• Reduction in Energy Costs
• Extends the Life of Your Equipment
• Eliminates Sewer Charges for Discharge
• Sustainability and Green Advantages
• No Chemical Storage, Handling or Disposal Ever Again!!!
14. Applications
• Evaporative Condensers
• Cooling Towers
• Chillers
• Boilers
• Heat Exchangers
• Hot Water Heaters
Installation
• The SFS Team will provide complete
installation with drawings or supervise
the system installation by your staff
• SFS will provide system start and test
• SFS will provide service training for your
personnel on the system operation and
routine maintenance
• Lifetime warranty on all SFS equipment
15. Markets Served
Market Some Customer Examples
Refrigeration Martin Brower, Nordenia USA, Phoenix Cold Storage
Healthcare BJC Hospital, Pinecrest Place, Brookdale Living
Education Millstadt IL Dist., Wright City MO Dist., Olney IL Dist.
Government MODOT, StL County, City of Maryland Heights MO
Food Processing Prairie Farms Dairies, Pinnacle Foods, Gourmet Dining
Commercial/Ind.
Manufacturing
FAA Flight Safety, Brewer Science, Alton Telegraph
Hotel/Resorts Aramark Q Center, Double Tree, Hilton, Howard Johnson
16. Barnes-Jewish St. Peters Hospital (BJSPH)
a major St. Louis, Missouri Hospital
• Acute-care hospital with 175 beds and 500+ physicians
• Provides full inpatient services and emergency care
BJSPH sought out innovative green technologies for
their campus to reduce impacts on the environment
while generating operational savings.
SFS Application:
• SFS was installed on heat exchange equipment in April 2011 - 500 ton
evaporative condenser and chiller.
Case Study - Project Profile
Results:
• SFS performance far exceeded expectations of BJSPH
administration and facilities staff. SFS installed on
remaining HX equipment – 800 tons towers/chillers.
• Immediate reduction of environmental footprint by
eliminating toxic water treatment chemicals.
• SFS controlled scale, corrosion and microbiological
contamination.
• 12% Energy Reduction 9.8% Water Usage Reduction
• Lowered operating and maintenance costs.
The SFS/BJSPH partnership created a dedicated team approach
to providing a non-chemical solution for water treatment.
17. Your Bottom Line is Saving Money
Return on Investment – The Payback Summary
• Typical payback period of 18 months or less
• Typical water cost savings of 8-25%
• Typical energy savings of 3-18%
• Savings on sewer discharge fees
• Eliminate all costs associated with chemicals
• Eliminate environmental fees and licenses
Let us do a Payback Analysis for you!
18. Questions? Need More Information?
Scale Free Systems
325 Sun Valley Circle
Fenton, MO 63026
www.scalefreeintl.com
Bob Meeh, President
bobmeeh@scalefreeintl.com
(314) 581-5222
Bob Hanneken, Vice-President
rhanneken@scalefreeintl.com
(314) 287-1401
Thank You for Your Time!!
Regional Sales Associates
South-West North-East Service
Ronnie Taylor Scott Abel Robby Meeh
(305) 735-1454 (262) 305-5353 (314) 608-0361