India Modernizes Ageing Infrastructure with Advanced Repair Systems

India is concurrently building new assets and rehabilitating century-old systems to support its industrial growth. Henkel is introducing an integrated portfolio of advanced protective coatings and composite repairs to address deterioration across critical sectors like energy, water, and steel, aiming to secure long-term asset performance.

NewsHub: India faces a rapid decay of its critical infrastructure before replacements can be deployed. How severe is this degradation, and what are the implications for operational risks, maintenance expenditures, and productivity drops within the oil, gas, steel, and power sectors?

Ingle: We operate as a growing economy, which requires balancing the construction of fresh systems alongside managing historical assets. The domestic National Infrastructure Pipeline, launched in 2020, demands a capital allocation of $1.5 trillion, representing a massive global public investment framework.

Public capital expenditures expanded three to four times during the prior decade. Concurrently, local distribution networks and public pipelines are 50, 60, or 70 years old, stretching past their operational limits. Substantial capital must fund rehabilitation efforts.

Government initiatives like the 3 lakh crore rupee AMRUT program specifically target municipal water networks. Reliable energy, transport, and water networks form the core foundation of economic expansion.

Upgrading these assets remains vital for India to achieve its comprehensive 2047 developed nation vision. Without stabilized foundational networks, secondary industrial goals remain out of reach.

NewsHub: Henkel recently introduced its international asset preservation and repair suite to the Indian market. What primary factor drove this move, and did market demand pull the launch or did Henkel strategically cultivate the space?

Ingle: The Loctite brand traditionally served as an industrial benchmark for proactive equipment maintenance. Through the strategic acquisitions of Critica Infrastructure and Seal for Life over the past two years, Henkel integrated advanced emergency mitigation and long-term asset preservation capabilities.

The critical milestone emerged from a strategic commitment to provide a holistic operational suite. This unified portfolio delivers daily maintenance, emergency response, and permanent asset shield solutions directly to corporate clients.

NewsHub: Is this specialized asset catalog engineered specifically for domestic environments, or does it mirror the standard international lineup?

Ingle: The solution suite incorporates both approaches. High-consequence industrial operations demand internationally validated and certified systems because the financial impact of structural failure is exceptionally severe.

Simultaneously, local requirements demand targeted engineering adjustments. Operating locally for 40 years, Henkel leverages research facilities in Pune and Mumbai to transition from traditional import-driven innovation to exporting Indian-engineered solutions globally.

NewsHub: Consolidating three independent, globally established brands into a singular commercial network marks a major distribution shift. What corporate strategy justifies providing an integrated ecosystem rather than separate product lines?

Ingle: This consolidation mirrors consumer automotive servicing where an individual provider handles lifecycle needs, repairs, and recurring maintenance. Our unified structure builds client trust and logistical convenience throughout an asset’s entire operational lifecycle.

Industrial builders can integrate structural durability during initial construction phases using this single platform. If operations require ongoing upkeep, the Loctite catalog applies, while aging systems can utilize our specialized refurbishment and modernization services.

This ecosystem removes the logistical burden of vetting multiple vendors for product compatibility and corporate history. Clients engage a unified organization backed by innovative engineering and certified application specialists.

NewsHub: How does this unified framework alter negotiations with corporate purchasing and engineering departments, especially given domestic technical labor deficits and limited engineering bandwidth?

Ingle: Direct collaboration defines our market presence. Henkel deploys over 3,000 technical specialists internationally, including an engineering team of nearly 100 professionals positioned directly within India.

This localized presence streamlines client evaluation processes. Our technical teams help industrial operators select optimal product combinations and guarantee precise field execution through certified installation contractors.

NewsHub: Does your team provide technical training enabling industrial clients to manage minor asset repairs independently?

Ingle: Educational outreach remains an essential objective for our field technicians and commercial representatives. We actively guide clients away from legacy repair systems toward advanced technologies via consultative engineering partnerships.

Furthermore, training programs empower in-house corporate maintenance crews to isolate and resolve minor operational anomalies independently. This proactive approach allows internal teams to evaluate immediate risks before executing external service calls.

This educational support leverages massive corporate experience. Celebrating its 150th anniversary, Henkel has maintained its specialized Adhesive Technologies division for nearly 100 years, accumulating unmatched case studies for daily industrial applications.

NewsHub: Your expansion targets energy, oil, gas, steel, municipal water, and civil engineering as primary markets. What underlying factors render these specific industries ideal for advanced preservation and remediation systems?

Ingle: Three key pillars link these target segments. First, these heavy industries constitute the base of national manufacturing and economic expansion, supporting India’s drive toward becoming the third-largest global economy.

Accelerating urban development amplifies this demand. Modern city gas distribution networks now target 70% of the population, while rural potable water initiatives strive to expand tap access from 17% to 70%.

Second, these industrial operations face significant risks of catastrophic failure, making structural integrity and long-term durability paramount. Third, these rehabilitation technologies directly support corporate sustainability targets by extending asset lifecycles and facilitating clean energy transitions.

NewsHub: Industrial operations currently display a combination of legacy machinery and digital Industry 4.0 systems. Can your preservation solutions bridge both generations, and how do you facilitate that operational shift?

Ingle: Our comprehensive product catalog addresses this exact technological span. For midstream energy assets, Henkel supplies protective layers for fresh pipelines alongside specialized composite structural reinforcement systems from Critica to fix coating anomalies or wall degradation.

Concurrently, our protective technologies rehabilitate active energy networks operating for 30, 40, or 50 years. Technicians strip degraded coatings to apply high-performance alternative membranes, a methodology applied across all industrial asset classes.

NewsHub: Does the Indian market present unique, region-specific operational challenges compared to mature international industrial environments?

Ingle: Distinct local realities exist, yet structural themes remain universal. As an expanding economy, India frequently adopts major industrial trends later, allowing engineering teams to bypass intermediate developmental phases entirely.

This dynamic matches India’s historic telecommunications evolution, which skipped widespread landline deployment to build massive cellular networks rapidly. Local infrastructure managers can directly integrate advanced protection systems that required decades to mature internationally.

NewsHub: Could you highlight a practical case study, such as a pipeline corrosion project or municipal water initiative, where unified protection delivered superior metrics over classic repair protocols?

Ingle: A notable operational event occurred in June in Calgary, Canada, a city of 1.5 million residents. An overnight water main rupture severed supply lines to 60% of the metropolitan area, requiring immediate engineering remediation.

The municipality utilized our polyisobutylene-based materials, which require minimal surface clean-up, alongside specialized internal coatings for drinking water networks. This intervention slashed projected operational downtime from four weeks to less than half.

This specific product line boasts over 12 million square meters of global field installations. The system provides triple the lifespan of standard commercial alternatives while cutting surface preparation labor by 99%.

NewsHub: Can you share an ongoing or completed case study situated within the Indian market?

Ingle: We are actively executing a large-scale project involving municipal fluid networks, wastewater channels, and deep sewer systems. Certain segments of this underground network are 50 to 100 years old, originating directly from the British colonial era.

Future Outlook

As India drives toward its 2047 economic milestone, the modernization of its dual-speed infrastructure will heavily depend on advanced materials science. The intersection of legacy systems and rapid new asset creation requires a shift from reactive fixes to proactive lifecycle management. Henkel’s expanding localized R&D footprint suggests that future infrastructure solutions will increasingly be engineered domestically before being exported to address global asset aging crises.

FAQs

Why is India’s current infrastructure situation considered unique?

India is simultaneously constructing a $1.5 trillion National Infrastructure Pipeline while managing operational assets that are 50 to 100 years old, requiring concurrent new build and deep rehabilitation strategies.

What advantages do polyisobutylene-based repair materials offer over traditional coatings?

Advanced systems deliver more than triple the functional lifespan of legacy commercial coatings while eliminating up to 99% of the manual labor required for surface preparation.

How does Henkel support corporate sustainability through asset repair?

By enabling industrial operators to rehabilitate and extend the operational life of existing structures, these specialized materials reduce waste, conserve resources, and lower the carbon footprint of heavy industries.