The provision of an efficient infrastructure that delivers water, sewerage & drainage services at affordable cost improves living conditions in the towns and individual’s income as well as the country’s economic performance.
Years of development work has steadily expanded the share of population with access to piped water supply, sewerage and drainage facilities in cities but falls short of what is needed with respect to quality, continuity, and coverage of the services resulting in the prevalence of diseases.
Our approach to water supply design is based on collecting existing infrastructure data and spatial information using GIS tool, review problems and deficiencies, assessing the qualitative and quantitative potentials of the source, forecasting water demand based on demography & growth potentials of the city, zoning, sizing water distribution network & its elements through computer based software for optimal design to deliver the required quantity of water to the consumers at adequate pressure 24/7.
Our approach to sewerage & drainage system design is based on data collection of existing sewerage & drainage network and spatial information using GIS tool, review of operational problems and deficiencies, evaluation of options to overcome problems, dividing the area in to sewage & drainage districts, forecasting sewage & storm water flows based on population densities, water consumption patterns in residential & non-residential areas, rain fall intensities & return period. Conducting computer based simulations to arrive at optimal pipe sizes, gradients and pump capacities. Generating profiles showing pipes, manholes, hydraulic grade lines, proposed diameters, grades, inverts & pumping stations.
Eminence One Consultants provides specialised water supply, sewerage and drainage infrastructure design services for municipalities, housing societies and industrial estates across Pakistan. Reliable piped water supply and properly engineered sewerage networks remain two of the most persistent infrastructure challenges facing rapidly growing towns and cities, and our approach is built around solving them with data-led, locally appropriate engineering rather than generic templates.
Many towns in Pakistan continue to operate with ageing or undersized distribution networks, intermittent supply, and drainage systems that were never designed for present-day population densities. The result is low pressure at the tail end of the network, contamination risk where sewerage and water lines run close together, and flooding during monsoon rainfall where drainage capacity has not kept pace with urban expansion. Our design work is aimed squarely at correcting these deficiencies rather than simply extending existing pipework.
We collect existing infrastructure data and spatial information using GIS tools, review current problems and deficiencies, and assess the qualitative and quantitative potential of the available source. Water demand is forecast against demographic growth and future development, after which the distribution network is zoned and sized using computer-based hydraulic modelling to deliver adequate pressure to consumers around the clock.
Sewerage and drainage design begins with data collection on the existing network, followed by evaluation of operational problems, division of the service area into sewerage and drainage districts, and forecasting of sewage and stormwater flows based on population density, water consumption patterns and local rainfall intensity. Computer-based simulation is then used to determine optimal pipe sizes, gradients and pumping capacities, with full profiles generated showing pipe runs, manholes, hydraulic grade lines and pumping stations.
Every scheme begins with a thorough survey and review of what already exists on the ground before any new design work is undertaken. We favour phased, affordable solutions over ambitious designs that a client's operations and maintenance capacity cannot realistically sustain, and we design distribution and collection systems to work together rather than in isolation, since poorly coordinated water and sewerage lines are a common source of contamination in Pakistani towns.
We support municipal and cantonment authorities, water and sanitation agencies, housing societies and private developers who need water supply and sewerage networks designed, extended or rehabilitated to a professional engineering standard.
A properly engineered water supply and sewerage network reduces waterborne disease linked to contaminated supply, cuts water losses from leaking or undersized pipework, and lowers the long-term cost of emergency repairs compared with reactive maintenance of an ageing system. Reliable drainage also reduces flood damage to property and roads during heavy rainfall, protecting both public infrastructure and household assets.
In Lahore and other major Pakistani cities, population growth continues to outpace the expansion of piped water and sewerage coverage, and existing networks are frequently asked to serve far more households than they were designed for. Our design methodology is built specifically around these conditions, using locally gathered data rather than assumptions imported from other contexts.
Our team combines civil and environmental engineering experience with practical knowledge of how Pakistani municipal bodies operate and maintain infrastructure once construction is complete. We design for what can realistically be built, funded and maintained, and we remain available to our clients through implementation rather than handing over a design and stepping away.
Get in touch for a consultation tailored to your organisation's requirements.
Request a ConsultationIt covers the assessment, planning and detailed engineering of pipe networks, pumping stations and distribution systems that deliver clean water to consumers and safely remove wastewater and stormwater from a town or development.
We forecast water demand from population growth, land use and consumption patterns, then use hydraulic modelling software to size pipes and pumping so that adequate pressure reaches every part of the network.
Yes. Drainage capacity is sized against local rainfall intensity and return period data, with pipe gradients and pump capacities calculated to handle peak stormwater flows alongside routine sewage.
Both. A large part of our work involves reviewing and upgrading existing water and sewerage infrastructure that is undersized, poorly maintained or no longer fit for current population levels.
We begin by collecting available records on the existing network along with spatial data using GIS tools, supplemented by field surveys where records are incomplete or outdated.
Yes. We design water supply and sewerage infrastructure for housing societies, private developers and industrial estates as well as public sector municipal clients.
Timelines depend on the size and complexity of the area being served; a detailed proposal with a realistic programme is provided after the initial site and data review.
We remain available to clients during construction to clarify design intent and review progress against the approved drawings, rather than limiting our involvement to the design stage alone.
