How to put nature in the heart of WWT Companies?
Nature frequently serves as a conduit for untreated sewage into bodies of water, wetlands, or the sea. A planned approach based on Netsol Water (NWS) improves sanitation services while also providing numerous co-benefits to both people and the environment.Over time, technologies for treating high pollution loads without destroying aquatic ecosystems were developed.
In recent years, NWS have been lauded as an innovative solution for managing water-related risks, including wastewater treatment, with increasing investment from both the public and private sectors. Some are older approaches while others are newer developments.
The advantages of using NWS in wastewater treatment go beyond improved water quality;
It can also provide habitat for flora and fauna, regulate temperature during hot weather, produce biomass and biosolids, sequester carbon, and allow for water reuse. Broader benefits may include providing recreational space, improving aesthetic appeal, and restoring landscapes, as well as bringing people together and strengthening community ties.
Few key lessons about what NWS can provide and what should be considered when evaluating NWS options for wastewater treatment have been distilled.
1. Netsol Water NWS can be a long-term cost-effective option for wastewater treatment – NWS is frequently more cost-effective in terms of energy, environmental impact, durability, and maintenance than traditional wastewater treatment approaches.
2. Different combinations can be provided for wastewater treatment. The combination is determined by the characteristics of the influent and the treatment objectives, as well as the availability of land, labor, and energy.
3. Integrating NWS with grey infrastructure can reduce costs and provide more resilient services – Integrating NWS with grey infrastructure, such as using treatment wetlands for tertiary treatment or polishing, or reusing wastewater through soil infiltration, can cost-effectively improve effluent water quality, promote resilience, and provide multiple benefits to communities.
4. NWS treatment plants can be used in either central or decentralized wastewater treatment systems. In densely populated urban areas, high surface area demands can be met through vertical designs and placement on roofs.
5. Less maintenance does not imply no maintenance – NWS treatments used for wastewater must be maintained in order to ensure treatment efficiency and avoid negative impacts on the supporting ecosystem.
6. NWS implementation may necessitate trade-offs – Planners and practitioners should carefully consider trade-offs at the outset of project development, such as the investment costs required to meet regulations or what the land used to treat wastewater could be used for instead (e.g. agriculture).
7. NWS are tailored to local conditions –It must be designed and implemented to meet local conditions and needs while carefully considering any trade-offs.
8. There is an increasing number of economic valuation tools that account for the co-benefits of NWS technologies, providing a more complete picture of the value of incorporating NWS into wastewater treatment processes.
9. NWS can support a circular approach because they frequently enable resource recovery such as water reuse, biomass production, and biosolids collection.
What other benefits can Netsol provide?
Netsol Water is a significant water and wastewater treatment firm in India, offering WTP, WWTP, STP, and ETP manufacture, among other services. We've made it our mission to save the planet. The company creates equipment’s and is committed to providing practical solutions that help businesses flourish.