Scientists at Waterloo Scale are recognised as leading international experts in water resources planning and management.
To deliver holistic water resource solutions that support and empower our clients to make informed decisions in an ever-changing world.
With cutting-edge technology and a passion for field innovation, we deliver tailored solutions that empower our partners across a broad range of sectors to manage water resources efficiently and sustainably.
We prepare Detailed Project Reports (DPRs) and water management plans for villages, campuses, and institutions. Our approach begins with comprehensive field investigations to assess actual site conditions, local water availability, and long-term water requirements. This enables us to develop practical, realistic, and sustainable plans tailored to the site's specific conditions and capabilities, rather than relying solely on estimates.
We provide design and implementation support for groundwater recharge and water supply structures, covering every stage from site selection and technical planning to drilling supervision, water sampling, and water quality analysis. Our team remains actively involved throughout the construction process and provides practical training to ensure that these structures are operated and maintained effectively for long-term performance and sustainability.
We study aquifer characteristics and groundwater flow to assess water availability and address challenges such as seawater intrusion along the Gujarat coast. Where surplus river water is available, we explore opportunities for managed aquifer recharge to help prevent saltwater intrusion, protect freshwater resources, and promote long-term groundwater sustainability.
We provide solutions for managing rainwater runoff and enhancing groundwater recharge in urban and developed areas, where concrete surfaces and buildings limit the natural infiltration of rainwater into the ground. By assessing site conditions, drainage patterns, and local hydrogeology, we identify practical strategies to capture, manage, and direct rainwater into underlying aquifers, thereby reducing surface runoff and enhancing groundwater recharge.
We investigate and remediate soil and groundwater contamination using effective, site-specific remediation techniques. Our approach includes permeable reactive barriers and other treatment methods that remove or reduce pollutants as groundwater flows naturally through the subsurface. These techniques enable in-situ treatment of contamination, minimising the need for extensive groundwater pumping and above-ground treatment while promoting long-term environmental protection.
We focus on biological treatment methods that effectively reduce pollutants while keeping operational and maintenance costs manageable. Our goal is to develop practical, cost-effective, and sustainable treatment systems that industries can operate and maintain independently over the long term.
We use Electrical Resistivity Tomography (ERT) and other geophysical survey techniques to investigate subsurface conditions before construction begins. These surveys help identify potential water-bearing formations, estimate aquifer depths, and determine suitable locations for groundwater recharge structures. By basing our designs on actual subsurface conditions, we enhance the effectiveness of recharge systems and minimise the risk of unsuccessful installations.
We design and implement rainwater harvesting and groundwater recharge systems for campuses, institutions, and government bodies. Each system is planned based on the site's available catchment area and local conditions. Rather than relying on standard designs, we develop practical, site-specific solutions that maximise the effective use of available rainwater and promote long-term groundwater recharge.
Navsari, Gujarat
Ahmedabad, Gujarat
Ahmedabad, Gujarat
Gurugram, Haryana
Bareilly, Uttar Pradesh
Bhuj, Gujarat