Industries and municipalities must embrace stricter environmental regulations, upgrade infrastructure, and invest in sustainable solutions to provide clean drinking water. In their endeavor, they need to navigate fragmented service providers, inconsistent technology standards, and limited access to advanced treatment methods that prioritize efficiency and ecological balance. Many existing systems struggle to address the growing volumes of wastewater generated by urbanization and industrial expansion, leaving a critical gap in scalable, eco-friendly solutions.
Wastewater treatment companies must adopt innovative approaches that align with global sustainability goals, catering to the immediate operational demands and the broader imperative of water conservation. In an era where freshwater scarcity poses an escalating global challenge, Tellus Habitat is redefining wastewater treatment with innovation at its core.
The journey of Tellus Habitat began as a shared vision between two friends driven by a desire to address one of humanity’s most pressing needs, which is freshwater availability. Inspired by bacteria’s ability to cleanse ecosystems, the founders set out to create a system that harmonizes with different bacterial metabolic processes while minimizing environmental impact.
Today, their mission extends beyond water recycling to encompass comprehensive waste management solutions. With its flagship product, R3H2O, representing ‘Recycled, Reuse, Reinvented for water’ and pulse process, it envisions a future where wastewater is not merely treated but transformed into a resource for sustainable living.
R3H2O - Harnessing Bacterial Power
R3H20 adopts natural processes to cleanse water without relying on traditional chemical treatments. This approach marks a departure from industry norms, as biological systems, once considered complex and unpredictable, are now gaining traction due to advancements in sensors and automation. “Our technology uses specific microbial cultures to break down organic waste, converting it into safer byproducts without secondary pollutants”, explains Dr Naveen Janardhan, Director, Tellus Habitat. The result is a highly adaptable, fully automatic, and energy-efficient solution that meets stringent pollution control standards while reducing energy consumption by up to 50 percent compared to conventional systems.
Furthermore, traditional systems rely on fixed dosing, which cannot adapt to variable wastewater compositions. “Our microorganism-based system in conjunction with sensor-based disinfectant adjusts dynamically, ensuring consistent, high-quality water that’s ready for reuse”, says Dr. Seema Sukhani, Director at Tellus Habitat. This adaptability, coupled with a 30 percent smaller system footprint, makes R3H2O an attractive proposition for industries and municipalities aiming to achieve zero liquid discharge.
Enhancing Water Recycling Indices
Its systems boast 97 percent water recovery rates and minimal energy usage, with integrated sensors offering real-time monitoring. Beyond installation, the company collaborates with clients to optimize freshwater use, identifying opportunities to replace it with recycled water. Industries such as hospitality, agriculture, and urban landscaping have been early adopters of Tellus Habitat’s solutions. The company is also exploring applications for public sanitation, envisioning systems that make water availability and waste management seamless in parks, gardens, and public toilets. While its primary focus remains on India and neighboring countries like Bangladesh, plans are underway to expand into water-scarce regions of the Middle East, Southeast Asia, and eventually Europe and South America.
Since its inception, the company has focused on improving existing solutions and creating entirely new products and service lines designed to drive meaningful impact. The company’s mission extends beyond providing innovative technologies, it aims to instill a culture of recycling among its clients by offering a clear blueprint for effective water management. In addition, the company seeks to inspire a paradigm shift in how industries and cities approach wastewater, transforming it from a discarded byproduct into a valuable resource. The focus is to ensure future adopters can seamlessly implement impactful solutions without the obstacles that currently hinder progress.
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