In an era of escalating concerns over freshwater scarcity, industries worldwide are compelled to seek innovative solutions to address this pressing issue. Among the frontrunners in this endeavor is Swirltex Inc., taking the lead with its breakthrough BEMF^TM (Buoyancy Enhanced Membrane Filtration) process for industrial wastewater reuse.

Over the next five to ten years, water scarcity could adversely affect as much as two-thirds of the population, including communities, ecosystems, and industries. As demand continues to outpace supply, the necessity for recycling wastewater grows more urgent by the day. In this view, Swirltex’s BEMF^TM process emerges as a beacon of hope, offering a transformative solution to mitigate the impact of water scarcity on industrial operations.

At the core of Swirltex’s BEMF^TM technology lies a unique annular flow process engineered to eliminate high amounts of suspended solids, bacteria, contaminants and oil & grease from wastewater streams with 70% less energy consumption. Unlike conventional methods, which often fall short in achieving the requisite quality for reuse, Swirltex’s innovative approach ensures that effluent meets stringent standards, rendering it suitable for a myriad of industrial applications.

What sets Swirltex Inc. apart is our commitment to “Net zero wasted water” and unwavering dedication to efficacy. By harnessing the power of advanced membrane filtration, Swirltex empowers industries to conserve water and optimize resource utilization, reduce operational costs, and minimize environmental footprint – Talk to an expert.

The impact of Swirltex’s BEMF^TM process extends far beyond the confines of industrial facilities by enabling water reuse on a large scale and playing a pivotal role in conserving precious freshwater resources, safeguarding ecosystems, and enhancing resilience in the face of water scarcity-induced challenges.   

Tackling the challenges of Freshwater scarcity needs collaboration and innovation to keep thriving. The UN theme for the 2024 World Water Day celebration, “Water for Peace”, aligns perfectly with Swirltex’s goal of confronting global industrial wastewater challenges head-on by offering a game-changing solution for wastewater reuse while promoting peace and cooperation through sustainable water management.    

Contact us to learn more about Swirltex’s BEMF^TM technology – sales@swirltex.com

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What challenges do municipalities face while treating wastewater?

Every year, municipalities are looking for solutions on how to be more efficient. Being efficient with water treatment is very important to keep costs down and reuse water. These treatment plants have to follow regulations set by the government for cleaning wastewater. There are several challenges that municipalities face in treating their wastewater. Listed below are the top three challenges that have become hurdles for them to achieve efficiency: 

1. Populations and businesses are growing at such a rapid pace that municipalities are struggling to keep up. Such older equipment uses a lot more energy than a modern system. Such high energy consumption leads to higher costs for the system, which further leads to high bills for the average person. Engineers are at a crossroads because they want to upgrade the system, but the cost to do so can approximate what they pay for high energy consumption. Systems are designed to run with minimal hurdles and automatically adjust flow rates, but this has become harder to achieve.  
2.  Populations and businesses are growing at a rate that municipalities are finding hard to catch up to. These systems were designed a long time ago, when conventional methods were the main source for getting your wastewater treated. They are not equipped to handle such high volumes of wastewater. Even though systems can handle overflow when it happens, they can only hold it for a day or two, which is usually not enough time to find an alternate solution. During such situations, engineers are sometimes forced to release untreated water back into the environment.  
3. With the world ever-changing and advancing, contaminants in wastewater also change. Newer contaminants, which are found in modern-day wastewater, cannot be treated with an old system. Municipal wastewater contains a wide range of contaminants like organic waste, microorganisms, TSS, chemicals, etc. To be able to remove these contaminants, our patented technology is the most ideal solution out there.

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Why do these companies need to reuse water? 

According to a survey done by CDP, 64% of businesses have experienced detrimental water effects in the past five years. The report also mentions that flooding, diminished water quality, and water shortages have major impacts caused by processes in this industry. Moreover, this leads to an increase in operating costs for more than half of the impacts mentioned above. The mine water is usually stored in above-ground dams or underground caverns. There is a necessity for mining wastewater treatment to ensure an environment with no pollution. Water pollution has become a key concern for global ecologists around the world. So, what should companies do to make water reusable?

 

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Why are Clean Technology Water Treatment Companies Important?

We have reached a point where life on our planet is in danger, and we need to work towards achieving sustainability. Major sectors for clean water technologies to focus on are:

    ·       Sustainable energy and energy optimization

    ·       Clean water and facilitation of water reuse

    ·       Pollution reduction

     ·       Treatment of toxic waste

Wastewater management, especially focusing on the industrial sector, is critically important as it will not only help in leaving a positive environmental footprint but also address new regulations made to preserve the environment. The threat of water scarcity has become serious, as two-thirds of the world’s population might face water shortage by 2040. This threat can become more concerning by the amount of water that gets permanently contaminated by industrial influents. Moreover, gallons of water go to waste by these companies which could instead have been reused. This is where clean water technologies come in handy. Not only can they treat wastewater but also extract and recycle the chemicals added to the influent. Water technology innovators are approaching these problems with new techniques like membranes, using thermal energy, and others that allow for the extraction of valuable minerals. These innovations can help the world to achieve its ultimate goal; “less waste means less damage to the overall environment.”

ALERT!!!

Mississippi in Water Crisis After Treatment Plant Fails... ×

The people of the city of Jackson, Mississippi have been informed by their governor to not drink water, even if they still have access to it. That running water would soon become unavailable as their water treatment plant failed. 150,000 residents of the city are not able to drink, cook, flush or brush their teeth until this situation is resolved. The city had already been on a boil-water notice for a month prior, but the situation is said to have gotten worse as the treatment plant had been struggling for a long time. The city is unable to provide the state with a timeline as to when the situation will get better and when the plant will be in operating condition. 

A common wastewater issue in municipalities is aging infrastructure’s inability to support population growth, as repair costs are high. Across the world, lagoons are experiencing challenges with discharge compliance, capacity, and maintenance. Furthermore, municipalities typically cannot add a cell or build a treatment plant without additional funding. Some clean technology companies are able to work with a municipality’s current wastewater infrastructure and can be even given support by the government as a reward for aiming for ESG initiatives.

Is Swirltex a Clean Tech Company? 

Yes, here at Swirltex we have a vision of net-zero wasted water with our facilitation of water reuse. Our patented system uses low energy consumption and leaves a low negative environmental footprint. Our produced water case study provides evidence of how we are a cleantech company. We helped a Canadian oil & gas company filter their produced water which led to the following:

• By facilitating water reuse, Swirltex was able to reduce approximately 8,000 tonnes of CO2e/yr with the elimination of trucks on the road used for disposal.  
• Up to a 75% reduction in freshwater consumption, thus saving an average of 357,000 m3 of freshwater per year
• Industry-leading, sustainable energy resource producer­, ESG impact with sustainability goals and reduced impact on seismic activity concerns

Do you think clean tech water treatment companies make a difference in leading the initiative toward a sustainable future? 

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Key Focuses Of The Shale Water Management Conference

In trying to keep the OPEX down, operators are faced with the choice of adopting either “low-cost disposal” or ”treatment for reuse” strategies. Approximately, 60 to 70 percent of the total cost of disposal is attributed to water-hauling and transportation expenses. OPEX costs can vary depending on the proximity of the producing wells. This conference helped shale operators and water experts in finding new innovative options to recycle and reuse produced water. Some of the key topics for this year’s conference focused on:

 

·       Finding low-cost and low-risk solutions in water treatment, reuse, and recycle

·       Evaluating options to choose the most efficient and feasible treatment for reuse and water disposal

·       Focusing on upcoming regulations and industry standards for produced water management

·       Look over operational case studies and develop a successful water management program

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Annual Permian Basin Conference 

This year’s annual PWS Permian Basin event brought together industry-leading speakers to address the produced water issues. Issues faced by operators, water midstream companies, and water service providers. Industry experts discussed the existing solutions, and technological innovations, and produce water management best practices needed to get the most productive results. 

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Produced water is a term used for wastewater in the oil and gas industry. Most natural oil and gas-bearing rocks contain water and during the extraction process,  PW becomes a byproduct of it. This wastewater contains various contaminants like soluble and non-soluble oil, suspended solids, chemicals used in the drilling process, dissolved organic compounds, and more. The composition of produced water can vary from well to well and its flow rate. Additionally, different contaminants and compositions of produced water determine how it is treated, used, and/or disposed of. The degree of its treatment depends on the site’s treatment requirements – typically deep well injection, evaporation ponds, or discharge of surface water.

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Lithium is a highly reactive alkali metal that offers excellent heat and electrical conductivity. However, there are many factors contributing to the lithium industry’s wastewater which is produced during the extraction process. Toxic waste is a major problem in the lithium brine extraction process. There is an abundant reserve and increasing demand, for the extraction and separation of lithium from salt-lake brines worldwide. During lithium extraction from brine, undesirable ions are removed by sequential evaporation/precipitation in large surface ponds, processes. These processes are environmentally intrusive, inefficient, and slow.

What Are The Potential Industries? And Where Is It Applicable? 

The world’s demand for lithium brine extraction is growing every day. Lithium has many industrial uses going from glasses, ceramics, pharmaceuticals, and aluminum and magnesium alloys industries. It is used in glass production where lithium increases the durability, corrosion resistance, and thermal resistance for use at extreme temperatures. However, its highest potential use in is the battery industry. It is especially driven by an increased lithium use in the new consumer electronic battery technologies and electric cars in the battery industry. Lithium is used as an electrode and electrolyte material in lithium disposable batteries and lithium-ion rechargeable batteries. Even though many know what lithium is how it is produced remains a mystery to many. 

Lithium extraction and processing can heavily depend on the source of the metal. commercial lithium arises from two major sources: brine deposits from underground and mineral ore deposits. Lithium compounds are produced in a variety of forms including lithium carbonate (Li₂CO₃), lithium oxide (Li₂O), and lithium hydroxide (LiOH). The Government of Canada has identified lithium as a critical mineral because it is a key material in the renewable energy transition. Canada shows potential to be a supplier in the renewable energy industry.

How Is Lithium Extracted From The Brine?

Why Is Extracting Lithium Important?

The global market for lithium is growing rapidly, the production rose from 25,400 to 85,000 tonnes alone from 2008-2018. Lithium prices have doubled in 2018 because of the increase in demand. The leading cause of an increase in demand for lithium is its use in the batteries of electric vehicles. However, battery usage is not limited to cars there are EVs, laptops, phones, and other digital devices which also use rechargeable lithium-ion batteries. But what is the leading cause for such an increase in demand and production for lithium?

 

Following are the reasons for this –

         · With the increasing demand for electric cars, the need for lithium-ion batteries for its production has obviously gone up

         ·   Rising consumer awareness, in regards to going green and government incentives, is supporting the rise in EVs sales, hence the increase in batteries sale.

         ·   Since 2013, battery prices have fallen by 80%. Also, further cost declines could follow with technological improvements leading to becoming a more feasible option to use. 

        Most countries have started planning the road map to phase out fossil fuel vehicles, to switch to zero-emission cars. Zero commission cars like battery electric vehicles and fuel cells. It is forecasted that the demand will continue to rise as manufacturers will fulfill the demand for green battery products.

 

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