Pune founder builds waterless car wash after testing 600 plant-based formulas

In many Indian cities, summer brings a familiar worry: tighter water supply for homes, businesses and everyday services. Car cleaning is one of those routine activities that rarely gets linked to water stress—yet conventional methods can consume significant quantities for a single wash.

For Pune entrepreneur Nitin, that link became impossible to ignore while working in his family’s automobile business. Each summer, as borewells dried up, the car-washing work would slow down or stall. It was a practical challenge, but also a prompt for a bigger question: could vehicles be cleaned without using water at all?

A shortage that sparked a new idea The recurring water scarcity at his workplace created a clear business risk. If there was no water, there was no dependable way to continue washing customers’ cars. Rather than searching for new sources of water, Nitin chose a different direction—removing the need for water from the process.

According to the source context, a traditional car wash can use around 25 litres of water for one vehicle. With rising pressure on urban water resources, the thought of saving even small amounts per wash can add up over time.

This is where Nitin’s startup, Go Waterless, took shape. The idea was straightforward: develop a cleaning method that could deliver a clean, streak-free finish without running water, while remaining safe for vehicle surfaces.

Two years, nearly 600 trials, and a plant-based solution Turning that idea into a reliable product took time. Nitin spent about two years experimenting with different formulations, testing nearly 600 versions before settling on one that worked.

The result, as described in the source, is a plant-based cleaner that uses about 100 ml of solution instead of roughly 25 litres of water used in conventional washing. The formulation is said to be made from a blend of five plant extracts, with properties described as anti-corrosive and disinfecting, and designed to leave cars streak-free.

Entrepreneurship journeys often come with uncertainty, and this one was no exception. The source notes that his wife mortgaged her jewellery to support the venture, while some family members questioned whether the effort had gone too far. Still, Nitin continued to iterate—an example of patient problem-solving rather than quick fixes.

While the specific product performance will vary by use case—such as vehicle condition, dust levels and application technique—the central breakthrough here is the attempt to reduce dependency on water for an everyday service.

A practical innovation for water-stressed cities Water-saving innovations tend to feel abstract until they connect with familiar routines. Vehicle cleaning is one such routine, particularly in growing urban centres where car ownership and service ecosystems are expanding.

A waterless approach can be especially relevant for:

• **Cities with seasonal shortages**, where services face disruptions during peak summer months.
• **Small automobile businesses**, where limited water availability can directly affect daily operations.
• **Consumers looking for convenience**, when water access is restricted in housing societies or during supply cuts.

Importantly, this story also highlights how local problems can drive local solutions. A challenge seen in one Pune business became the foundation for a product designed to cut water use substantially.

**Why it matters:** Innovations that reduce water dependence in everyday services can ease pressure on stretched supplies, support small businesses during shortages, and encourage more responsible urban consumption—without waiting for large infrastructure changes.