INFRACORP WATER

ESG Sustainability & Responsibility

At INFRACORP, sustainability and ESG principles are not optional add-ons u2014 they are at the heart of our philosophy and practice.

While ensuring the operational success of desalination plants in terms of CAPEX and OPEX, we evaluate every design and operation through the lens of environmental impact. Our decades of experience prove that cost-effectiveness and sustainability go hand in hand.

Wherever our plants are built, we ensure they align with our customersu2019 economic, environmental, and social goals. For INFRACORP, this is not only good business u2014 it is the right thing to do.

MINIMIZING CARBON FOOTPRINT

At INFRACORP, sustainability is at the core of our mission. We are committed to reducing the carbon footprint of every project by integrating smarter, cleaner, and more efficient technologies:

  • Lowering energy use with high-efficiency systems.
  • Reducing reliance on chemicals with eco-friendly desalination.
  • Maximizing water recovery through next-generation membranes.
  • Producing chlorine and other treatment chemicals onsite.
  • Extending membrane life to reduce waste.
  • Streamlining supply chains to cut emissions.

u201c INFRACORP Delivering clean water with a cleaner footprint u201c

ENERGY EFFICIENCY AT THE CORE

Energy efficiency is a top priority at INFRACORP, but we go further by integrating renewable and low-carbon energy sources into our desalination and water treatment plants. This includes:

  • Solar power to harness abundant sunlight for electricity and thermal energy.
  • Wind energy to reduce reliance on grid power and lower emissions.
  • Green hydrogen as a clean, versatile energy source for high-demand processes.

We continuously evaluate and optimize plant operations to reduce power consumption, improve energy efficiency, and minimize carbon footprint, ensuring every project aligns with global ESG goals.

u201cDelivering water with smart, sustainable, and clean energy solutionsu201d

SELF-PRODUCTION OF CHEMICALS

INFRACORP is making desalination plants increasingly self-sustaining by producing essential treatment chemicals onsite, such as sodium hypochlorite.

This innovation:

  • Cuts transport-related emissions.
  • Improves safety and operational resilience.
  • Strengthens long-term sustainability.

INFRACORP has developedSeaVoltu2122u00a0 an advanced on-site electrochlorinationtechnologyu00a0 that produces 0.2% sodium hypochlorite (2,000 ppm) directly from seawaterthrough controlled electrolysis process.

u201cTransforming desalination facilities into hubs of sustainable resource generation u201c

CHLORAMINE-FREE WATER REUSE (ECO-REUSEu2122)

INFRACORPu2019sEco-Reuseu2122 technology delivers a breakthrough in municipal water reuse:

  • Eliminates chloramine, reducing chemical dependency and risks.
  • Extends CIP cleaning intervals, saving energy and chemicals.
  • Increases recovery, producing more water from fewer resources.
  • Prevents hazardous disinfection by-products.

u201cSafe, sustainable, and resilient reuse for urban water securityu201d

OPTIMIZING WATER RECOVERY IN INDUSTRY

INFRACORP is redefining industrial water treatment with next-generation RO platforms designed for high efficiency in water-scarce regions:

  • HCROu2122 u2013 High-Compression RO for durability.
  • HyO-ROu2122 u2013 Hybrid Osmosis (FO + RO) for fouling resistance.
  • CloseROu2122 u2013 Ultra-high recovery with reduced brine discharge.
  • ThermoROu2122 u2013 Thermal-integrated RO for complex streams.

u201c More water with less energy, waste, and brine u201c

UNIQUE CAPABILITIES DRIVING ESG IMPACT

  • Next-Gen RO Platforms: HCROu2122, HyO-ROu2122, CloseROu2122, ThermoROu2122.
  • Smart Monitoring & Digital Twins: AI/ML-based real-time monitoring of energy, membranes, and water quality.
  • Flexible Configurations: Modular, plug-and-play systems for scalable capacity.
  • Integrated ZLD & Brine Management:Minu2122ZLD, ZLDxu2122, MembraZLDu2122 for resource recovery.
  • Advanced Pretreatment:Clariflou2122, BioSepu2122 (with NanoChipu2122 carriers).
  • Water Reuse Integration: Reclaimu2122, ZeroFluorou2122 for PFAS elimination.
  • Energy Recovery & Renewables:SeaVoltu2122 for solar-powered desalination.

VALUE PROPOSITIONS

  • Sustainability at Core: Reduced energy footprint and minimized brine discharge.
  • Resilience Under Stress: Reliable operations during droughts, shortages, or emergencies.
  • Circular Economy Model: Mineral recovery, wastewater reuse, renewable integration.
  • Smart-City Integration: Real-time reporting and predictive maintenance dashboards.

Low Lifecycle Cost: Optimized CAPEX & OPEX via automation and reduced consumption.

TECHNOLOGIES THAT ENABLE SMART, SUSTAINABLE PROJECTS

  • Energy Recovery & Renewable Integration: SeaVoltu2122 technology for solar-powered desalination and grid balancing.
  • Hybrid Membrane Solutions: HyO-ROu2122 and FOu2013RO hybrids that extend membrane life and improve recovery.
  • Advanced Pretreatment: Clariflou2122, BioSepu2122 (with NanoChipu2122 carriers) for sustainable bio-based pretreatment reducing chemical use.
  • AI & IoT: Predictive analytics for fouling, scaling, and energy optimization.
  • Water Reuse Coupling: Seamless integration with wastewater reclamation (Reclaimu2122, ZeroFluorou2122 for PFAS removal) for a u201cone wateru201d urban approach.

DRIVING ESG IMPACT

By combining energy efficiency, chemical self-sufficiency, advanced reuse, and high-recovery technologies, INFRACORP transforms desalination and water treatment facilities into sustainability hubs.Every innovation supports a low-carbon, circular economy, helping communities and industries meet ESG goals while building a resilient water future