Advanced Wastewater Promotions offers digital marketing services specifically to the septic and onsite wastewater industry. Our digital marketing expertise comes to bear in three areas: search engine optimization, search engine marketing (Google AdWords), and web development.
Advanced wastewater treatment solves bigger problems
Advanced treatment technologies for small scale residential and commercial systems are now available that can treat wastewater to levels previously only achievable by large scale wastewater treatment plants. Incorporating advanced treatment technology into a decentralized wastewater treatment system enables the benefits of decentralized systems to be realized where large scale treatment plants would previously have been the design of choice.
Well-known technologies include combined treatment and dispersal, extended aeration, and fixed film systems. These treatment processes utilize naturally occurring microbial communities, which consume the organics and reduce the strength of the waste. Passive advanced treatment technologies, such as combined treatment and dispersal, remove up to 99 percent of wastewater impurities (BOD/TSS) without using any electricity or replacement media. Highly purified wastewater is then released to the soil, recharging the groundwater and preventing soil and groundwater contamination.
Active Advanced Treatment: Revolutionizing Wastewater Reuse
Active advanced treatment systems provide high-quality effluent and are effective in reducing BOD, TSS, Nitrogen, and Phosphorus. Depending on the specified technology, the treated water can be captured for reuse for non-potable purposes such as irrigation or industrial processes. This reduces freshwater demand and offers this highly treated wastewater a second use prior to returning it to the groundwater. Reuse may require additional levels of treatment such as disinfection.
Passive and active advanced treatment technologies present unique benefits, offering system designers the ability to provide site-specific solutions that tailor the system design to address the specific needs of the area. Passive treatment systems allow a system designer to offer a highly treated effluent solution in remote or off-grid areas where centralized systems may not be available or are too costly for connection.
Tight soil
Tight soils, such as clay or compacted soils, hinder wastewater infiltration and limit treatment efficiency. Passive treatment technologies provide effective solutions for treating wastewater in these challenging soil conditions. One such technology is the use of alternative media in soil absorption systems. By replacing the native soil or adding a highly permeable media, such as coarse, clean specified sand, the infiltration rate can be significantly improved. The sand media treats the wastewater thereby removing the organics and allowing clean water to infiltrate to the soil below. Tighter soils can more readily accept the treated effluent because there is no organic buildup. Another option is the implementation of active treatment, which provides enhanced treatment to also reduce the organic load to the soil.
High water tables
Shallow groundwater presents challenges for wastewater treatment systems, as they can interfere with the treatment process and compromise system integrity. In decentralized treatment, technologies such as raised bed systems, mounded systems, and pressure distribution systems provide flexibility. These systems are designed to elevate the wastewater treatment area above the water table, providing proper separation distances that prevent contamination and ensure effective treatment before it reaches the groundwater. Other innovative solutions include constructed wetlands, which can be implemented to naturally treat the effluent.
Environmentally sensitive areas
In areas with strict environmental regulations or sensitive water bodies, advanced wastewater treatment may be necessary to meet the required discharge standards. Installing advanced treatment systems can ensure compliance with applicable regulations. Enhanced nutrient removal is required to achieve these discharge standards to protect water bodies or when a NPDES permit is required. Advanced treatment technologies can remove a high percentage of nutrients including nitrogen and phosphorus from wastewater. Additional treatment options, such as disinfection with UV light or chlorine, can effectively reduce or inactivate bacteria, viruses, and other microorganisms. This reduces the potential for waterborne diseases thereby protecting public health. It also ensures that the discharged wastewater meets higher water quality standards, minimizing potential harm to aquatic ecosystems and the surrounding environment.
Groundwater shortages and managed aquifer recharge (MAR)
By recharging treated wastewater directly into the ground, decentralized systems replenish aquifers, helping to restore groundwater levels. This promotes the long-term sustainability of water resources and mitigates the impacts of over-extraction of groundwater resources. It reduces stress on lakes, rivers, and reservoirs, preserving these sources for other essential purposes and environmental habitat. This decentralized approach allows communities to take control and manage their own water resources, reducing reliance on centralized water supply networks.
Long-term sustainability, operations, and maintenance
Advanced wastewater treatment systems often incorporate features that provide ease of maintenance. Remote monitoring and sensors have been introduced for effective management. All treatment systems, passive or active, require some level of operations and maintenance. These O&M frameworks are one of the most critical parts of the wastewater management infrastructure, providing reliability and confidence to the public.
Case study
The Berkshire East, MA, wastewater treatment system provides highly treated effluent and low maintenance
The 9,900 GPD Advanced Enviro-Septic (AES) system at Berkshire East, a four-season mountain resort in Charlemont, Massachusetts includes 6,000 linear feet of AES pipe, divided into two-5,000 GPD module beds. The total combined sand bed area for the system is 9,486 sq. ft., with a soil loading rate of 1.2 GPD/sq. ft. The AES system is installed in a stepped configuration to slope the system and reduce the amount of fill required for the project.
The smaller footprint required for the AES system and the ability to install the system with the existing topography made the AES system an attractive option. Reduced fill contributed to an overall reduction in construction costs. Another benefit is the low maintenance of the system and its ability to accommodate the future growth of the resort.
Conclusion
Advanced Wastewater Promotions** is driving innovation in the septic and onsite wastewater industry by combining smart digital marketing with advanced treatment technologies. Today, modern wastewater solutions go beyond traditional methods, offering passive and active systems that ensure cleaner effluent, groundwater protection, and sustainable reuse. From tackling tight soils and high water tables to meeting strict environmental regulations, advanced wastewater systems deliver tailored solutions for every challenge. These technologies not only safeguard public health but also support long-term water sustainability through managed aquifer recharge.
To explore the latest innovations in water and energy technologies and discover a wide range of products and solutions from around the world, you can visit the virtual exhibition AQUA ENERGY EXPO, which features leading companies in water treatment, desalination, and sustainable energy, through the following llink: https://aquaenergyexpo.com/
References
1- Advanced Wastewater Treatment Applications and Benefits
https://csengineermag.com/advanced-wastewater-treatment-applications-and-benefits/
2- Advanced Wastewater Promotions
https://www.zoominfo.com/c/advanced-wastewater-promotions/407372702
