fit-for-purpose and modularized treatment systems and equipment
Early decisions during domestic water treatment facility development directly influence potable water reliability, commissioning stability, and long-term operating performance. When source water conditions, storage requirements, or regulatory standards are not fully aligned during planning, treatment constraints can emerge later during operation or expansion.
Our domestic water treatment systems align science, engineering, fabrication, and operations within a continuous-delivery framework, carrying technical insight through phase boundaries to reduce rework and strengthen long-term system performance. The result is fit-for-purpose treatment infrastructure configured around source water conditions and public health objectives, whether through membrane systems, filtration processes, disinfection infrastructure, or modular treatment configurations.
performance assets for high-consequence environmental protection
Industrial water infrastructure decisions carry high operational, environmental, and financial consequences that extend well beyond project delivery. Our operating philosophy is built to guide complex water infrastructure decisions with cross-discipline thinking, decisive action, and clear accountability for outcomes across project development and operations. Engage us today, to:
Prepare for new developments or upgrade existing infrastructure
Stabilize treatment performance and troubleshoot system behaviour
Map compliance obligations and accelerate regulatory success
looking for quick support? contact us for fast diagnostics and assessment turnarounds
If you’re facing unexpected changes and tight deadlines, fast clarity matters. We can help you understand what’s happening, what’s viable, and what to prioritize next – at pace.
Call our team today to get the ball rolling, or message us via our contact us page.
+1 (888)-338-5162
Canada & USA
+1 (246)-622-2311
Caribbean
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Laboratory Services
Validate treatment design under representative conditions
Technology selection carries material capital exposure when treatment performance is assumed rather than validated under representative operating conditions. Influent variability, scaling potential, and contaminant interactions can materially affect long-term reliability.
Our laboratory testing and modelling services quantify process response through bench-scale validation and calibrated simulation, informing equipment selection and defining design envelopes to improve technical accuracy and reduce downstream redesign.
Integrated Sustainability provided commissioning support and full-service operation of a 38,000 gpd decentralized wastewater treatment plant serving Bermuda’s L.F. Wade International Airport.
Integrated Sustainability designed a 204,000 m³/d wastewater treatment plant expandable to 320,000 m³/d, integrating tertiary water reuse, renewable energy, and nutrient recovery.
Integrated Sustainability retrofitted pre-treatment infrastructure at Barbados’ 4,000,000 gpd capital wastewater plant, integrating automated screening equipment into live operations without a full shutdown.
Flow Modelling and Water Availability Assessment for Regional Water Security Planning
Integrated Sustainability completed a hydrological assessment of a 296 km² lake catchment, modelling seasonal flows, water availability, and cumulative withdrawals to support regional water security planning.
One Sandy Lane retained Integrated Sustainability to support the operation & maintenance of a wastewater treatment plant treating 12,000 gpd at a high-end residential development in Barbados.
Integrated Sustainability evaluated four municipal freshwater storage reservoirs up to 3,000,000 m³, covering site selection, conceptual design, dam classification, flood studies, and hydropower potential.
Operations & Maintenance for Barbados First Membrane Bioreactor Wastewater Treatment Plant
Integrated Sustainability has operated and maintained Barbados’ first MBR wastewater treatment plant since 2013, supporting 40,000 gpd of decentralized treatment for the Coral Reef Club.
Integrated Sustainability upgraded the 4,000,000 gpd South Coast Collection and Treatment Facility in Barbados, integrating screening and grit removal into live operations to improve solids capture and operator safety.
Integrated Sustainability supports long-term operation and maintenance of a 7,600 gpd luxury residential wastewater treatment plant in Barbados through remote monitoring and scheduled servicing.
Integrated Sustainability supports long-term operation and maintenance of a 12,000 gpd beachfront residential wastewater treatment plant in Barbados through remote monitoring and scheduled servicing.
Wastewater System Rehabilitation and Operations Manual for Community Infrastructure
Integrated Sustainability improved community water and wastewater servicing through system evaluations, emergency support, wellhead protection planning, and operational documentation to guide long-term capital planning.
Integrated Sustainability supports the ongoing operation & maintenance of a wastewater treatment plant in Barbados with a capacity of 8,800 gpd serving a commercial tower complex in Barbados.
Integrated Sustainability provides long-term operation and maintenance of a 60,000 gpd wastewater treatment plant serving a luxury marina development in Barbados, supported by remote monitoring and quarterly servicing.
Environmental Impact Study to Assess Effluent Discharge
Integrated Sustainability completed an Environmental Impact Study for rural wastewater discharge, combining aquatic baseline assessment, dilution modelling, and monitoring design to evaluate receiving water impacts.
Feasibility Assessment of Short-Term & Long-Term Residual Solids Management for a Municipality
Integrated Sustainability completed a feasibility study comparing four short- and long-term residual solids management options for a municipal water treatment plant, including passive and mechanical dewatering.
Integrated Sustainability developed and licensed a new groundwater supply well, confirming aquifer capacity and water quality to provide backup supply and replace two aging wells.
Raw Water Reservoir Safety Assessment for a Municipality in British Columbia
Integrated Sustainability completed a Dam Consequence of Failure Classification for a proposed raw water reservoir, assessing downstream impacts to people, infrastructure, and environmental and cultural values.
Rainwater Harvesting Design to Supply Vehicle Wash Water from Roof and Parkade Runoff
Integrated Sustainability reviewed a non-potable rainwater reuse system for vehicle rinsing, identifying treatment, monitoring, and design improvements for reliable operation.
Reuse Assessment for Treated Municipal Wastewater Diversion Under Existing Authorization
Integrated Sustainability assessed the feasibility of reusing treated municipal wastewater for operational purposes under an existing authorization. Deliverables identified viable reuse pathways and supported future water sourcing strategies for industrial use.
Integrated Sustainability evaluated 4 municipal freshwater storage reservoirs with capacities up to 3,000,000 m³. The feasibility study covered site selection, conceptual design, dam classification, flood assessment, and hydropower potential.
Stormwater Infrastructure Upgrade for Flood Control and Receiving Water Protection
Integrated Sustainability developed stormwater management upgrades for port facilities using low-impact development and engineered control measures. The strategy improved runoff control, water quality, and site resilience while reducing impacts to receiving waters.
Integrated Sustainability delivered a non-potable water reuse system for residential and commercial development. Treated wastewater supported toilet flushing and irrigation, with seasonal discharge infrastructure augmenting a dry stream.
Long Term Water Conservation Strategy for Rural and Municipal Water Systems
Integrated Sustainability developed a regional water conservation plan across multiple communities, translating water use, infrastructure, and policy data into staged conservation measures and implementation priorities.
Lifecycle Accountability for Industrial Water Assets
Combine deep technical expertise with execution and operational experience
Complex and high-consequence industrial projects require a practical mindset to enable agile development and positive environmental outcomes.
Our vertically integrated water services platform combines science, engineering, equipment fabrication, and operations to provide fit-for-purpose assets that drive accountability and performance.
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