Reliable, resilient water supply networks and drainage systems engineered for urban growth and rural development alike.
OVERVIEW
HRP Infra provides full-cycle engineering services for water supply and drainage infrastructure — covering feasibility studies, hydraulic modelling, detailed design, tender documentation, and construction supervision. Our solutions are calibrated to serve both rapidly expanding urban centres and underserved rural populations.
We design pressurised distribution networks, gravity mains, overhead tanks, sumps, and drainage channels that comply with CPHEEO and BIS standards while remaining operationally efficient over decades of service life.
WHAT WE OFFER
From source to tap and from rooftop to outfall, our engineering covers every node of the water and drainage cycle.
Engineering of large-diameter trunk mains from source works to service reservoirs, including alignment optimisation, surge analysis, and material selection for GI, DI, HDPE, and MS pipes.
Zone-based distribution systems with looped and branched configurations, pressure management zones, and demand-based nodal flow allocations for equitable service delivery.
Structural and hydraulic design of overhead service reservoirs (ESR/GSR), sump tanks, and balancing tanks with capacity optimisation based on population projections.
Design of open drains, box culverts, storm sewers, and catch basin networks using hydrological analysis (rational method / SCS-CN) to handle peak runoff events safely.
Asset inventory and digital network mapping using GIS and aerial survey data, enabling precise infrastructure records and informed asset management decisions.
On-site engineering supervision, quality assurance, and project progress monitoring to ensure construction is completed on schedule, within budget, and to specification.
OUR APPROACH
WHY CHOOSE HRP INFRA
Our team combines civil, structural, mechanical, and GIS disciplines under one roof, ensuring technically coherent designs without coordination gaps.
We use industry-standard tools including WaterGEMS, EPANET, AutoCAD Civil 3D, and GIS platforms to produce precise, simulation-validated designs.
We integrate NRW reduction strategies, energy-efficient pumping, and climate-resilient design standards to improve long-term operational performance.
All designs adhere to CPHEEO manuals, BIS codes, and state-specific guidelines, ensuring regulatory acceptance and financing eligibility.
CODES & STANDARDS
Our water supply and drainage networks are planned and detailed in conformity with CPHEEO manuals, BIS standards, and recognised good engineering practice.
Share your project requirements and our engineering team will respond with tailored solutions and a preliminary assessment.