The Real Test Of Manufacturing Begins After The Factory Gate – Yashovardhan Agarwal

For decades, manufacturing success was measured by what left the factory. Today, it is increasingly being judged by how infrastructure performs years after installation. As Sintex expands beyond water storage into water management solutions and electrical infrastructure, Yashovardhan Agarwal, Managing Director at Sintex BAPL and Welspun BAPL, explains why lifecycle performance is becoming manufacturing's next competitive advantage.

How has your perspective on manufacturing evolved over the years?

Manufacturing has kept pace with evolving technologies to improve products, shorten lead times, and measure the output precisely. I believe that the next layer of development will focus on how products perform over their lifetime.

Have you ever thought about the engineering decisions when an infrastructure works reliably for 20 or 30 years, considering those are the decisions that influence public health, resource efficiency and safety every single day?

Take a sewage treatment plant. Beyond treating wastewater, it also reduces freshwater extraction, supports water reuse and quietly strengthens resilience every single day. The same principles apply to electrical infrastructure. A junction box or meter enclosure is hardly ever noticed by somebody, but it continues protecting critical electrical systems from moisture, dust and environmental exposure for decades.

Today, I think as much about the operating environment, material selection and long-term performance as I do about the product itself. Ultimately, good manufacturing is more about how consistently products perform long after they leave the factory premises.

Sintex has long been associated with water storage. What prompted the expansion into environmental solutions and electrical infrastructure?

India's water conversation has fundamentally changed. For years, success meant creating more storage. Today, the challenge is managing the entire water lifecycle, which includes water transport, storage, treatment, reuse and conservation. According to NITI Aayog, nearly 40% of India's population could face water scarcity by 2030 if the current trends continue. That shift naturally changes the role companies like ours are expected to play.

Our focus on the sewage treatment was to address the next stage of the same water system. India already extracts approximately 25% of the global groundwater capacity. Every litre that can be treated and reused is a litre that does not need to be extracted again.

Customers have been using our products for the last 25 years, which are silently doing the job. As buildings become more technologically advanced, the supporting infrastructure behind them also has to evolve. Components like electrical enclosures, meter boxes and junction boxes aren't the most visible part of a project, but they determine how safely and reliably those systems perform over time.

Whether it is water or power, infrastructure is ultimately judged by how reliably it performs over its lifetime.

Material innovation seems to be central to this expansion. Why is that important?

Every infrastructure product is expected to perform in a very different environment. Some operate in corrosive wastewater conditions. Others remain exposed to heat, rain and dust for years. Infrastructure performance is often determined long before installation. Engineering decisions around material selection quietly influence durability, safety, maintenance cycles and operating costs over the next several decades.

That's an area where Sintex has built decades of expertise. We were one among the pioneers of FRP-based solutions in India, and over the years we've continued to develop capabilities across advanced composite materials, including SMC. Those materials have allowed us to build products that are corrosion resistant, electrically non-conductive, durable and designed for demanding operating conditions, which ensures the safety of the people.

As we are focusing on sewage treatment and electrical infrastructure, that knowledge has become a natural advantage. The applications may be different, but the engineering principles remain the same. When the material performs better, the infrastructure built around it performs better too.

How does this thinking influence the products Sintex is developing today?

Infrastructure often fails because products are expected to perform in environments they were never designed for. That is why we begin with the operating environment before we think about the product.

In wastewater treatment, that means designing systems that can withstand corrosive conditions while remaining easy to install and maintain. Our sewage treatment plants use advanced materials because they provide durability in conditions where conventional materials often require greater maintenance over time. Our new BioRex is an advanced decentralised range that uses advanced MBBR technology and which can be even retrofitted onto the existing failed STP and ETP systems. A 1MLD BioRex plant can be deployed in less than 60 days, to cut the implementation time, without needing any civil work. These plants empower the consumers with low-noise, odourless mechanisms and operate at lower costs.

Similarly, outdoor electrical systems operate in environments exposed to rain, dust and temperature variation. Products such as our IP65-certified Safecase junction boxes, manufactured using high-quality advanced materials and tested by NABL-accredited laboratories, are designed specifically for those conditions. Applications range from solar installations and industrial facilities to smart city infrastructure.

Although these products serve different industries, the underlying philosophy guiding choice of materials and engineering processes remains consistent. We focus on long-term performance in the environments where our products operate.

What role does innovation play in this approach?

We begin the innovation journey by asking where infrastructure will struggle twenty years from now. Once that question is answered, product development becomes much more focused.

For us, innovation is all about reducing maintenance, improving reliability and extending the useful life of infrastructure under real operating conditions.

How can wastewater treatment become more efficient for growing cities?

How can electrical systems remain reliable despite increasingly demanding operating conditions?

How can infrastructure require less maintenance over its lifecycle?

The answers are often found in engineering, manufacturing processes and material selection rather than in adding complexity.

For example, modular sewage treatment systems make decentralised wastewater management more practical across different project sizes. Similarly, advanced composite materials have enabled electrical products to perform more reliably in environments where corrosion, moisture and weather exposure are constant challenges.

Innovation becomes meaningful when it improves long-term performance for customers rather than simply introducing new features.

Where do you see the biggest opportunity for Indian manufacturing over the next decade?

India will build more infrastructure over the next decade than it has in several decades combined. At that scale, manufacturers will increasingly be judged not by acquisition cost, but by lifecycle reliability, resource efficiency and long-term resilience. I believe that will define the next phase of Indian manufacturing.

Urbanisation, industrial growth and expanding public infrastructure mean that reliability, maintenance requirements and operational efficiency will become increasingly important during product selection.

This creates an opportunity for manufacturers to contribute through engineering, materials science and product design.

At Sintex, we develop solutions that strengthen water management and electrical infrastructure using technologies and materials that improve long-term performance.