Water Treatment Solutions
Water Infrastructure Designed to Work as One
Water infrastructure rarely operates as a single treatment process. Pumping, storage, treatment, monitoring and supporting infrastructure all need to work together around the conditions of the site and what the water needs to achieve.
Solari Water and Energy brings these elements together as an integrated water system, with each part designed to perform its role within the complete site infrastructure.
Integrated Water Systems Start With the Whole Site
An effective water system needs to account for more than individual treatment technologies. Where the water comes from, how it moves through the site, where it is stored and treated, and how the system is monitored and supported all influence the final design.
Understand the Water
Source water, water quality and the required outcome establish what the system needs to achieve and which treatment processes may be required.
Understand the Site
Storage, pumping, flow requirements, existing infrastructure and the distance between different parts of the site influence how the water system needs to be configured.
Connect the System
Pumping, treatment, storage, monitoring and supporting infrastructure can then be brought together so each component works as part of the complete water system.
From Water Source
to Point of Use
An integrated water system needs to consider how water moves through the entire site. Source, storage, pumping, treatment and final use are connected, and decisions made at one point can affect the requirements elsewhere in the system.
Move the Water
Pumping and pipework need to support the required flow between the water source, storage, treatment and point of use.
Store Where Required
Storage can form an important part of the system, providing capacity between different stages and helping water infrastructure operate around site requirements.
Treat at the Right Point
Treatment processes need to be positioned where they can perform their intended role within the system, taking account of the incoming water and what needs to happen next.
Deliver for the Required Use
The complete system is configured around where the water ultimately needs to go and the condition it needs to be in when it gets there.
Making the Whole System Work Together
Bringing the physical infrastructure together is only part of an integrated water system. The different components also need to operate as a connected system, with appropriate monitoring, controls and supporting infrastructure around them.
Connect the Components
Pumps, storage, treatment equipment and distribution infrastructure need to work together rather than operate as isolated parts of the site. How each component connects to the next influences water movement, system operation and how effectively the complete infrastructure performs.
Monitor the System
Monitoring can provide visibility across relevant parts of the water system, helping operators understand system conditions and operation. The appropriate monitoring approach depends on the processes involved, the site requirements and the information needed to manage the system effectively.
Support Reliable Operation
Controls and supporting infrastructure can be incorporated according to the requirements of the site and the equipment operating within the system. Bringing these elements into the wider system design helps support coordinated operation across pumping, treatment, storage and distribution.
Consider the Energy Requirement
Pumping and water treatment can create significant site power requirements, particularly in rural and remote locations. Where appropriate, solar and battery infrastructure can be considered alongside the water system to support the energy requirements of pumping, treatment and associated equipment.
The Systems Working Together
An integrated water system brings together the infrastructure needed to move, store, treat, monitor and deliver water across the site. Each element performs a different role, but none operates entirely in isolation. Pumping affects flow through treatment, storage influences how water moves through the system, and monitoring and supporting infrastructure help connect the different stages.
Solari Water and Energy considers these elements as parts of the complete site system, bringing the appropriate infrastructure together around the water conditions, operational requirements and what the water ultimately needs to achieve.
Pumping & Water Movement
Move Water Through the Site
Pumping and pipework connect the different parts of the water system, moving water between its source, storage, treatment and point of use. Their configuration depends on the required flow, site conditions and how water needs to move through the complete system.
Water Treatment
Treat Water for Its Required Use
Treatment processes are selected around the incoming water and the outcome required. Filtration, conditioning, aeration, oxygenation and other appropriate processes can be positioned where needed, each stage performing a defined role within the complete integrated water system.
Monitoring & Controls
Visibility Across the Water System
Monitoring and controls can provide visibility across relevant parts of the water system and support coordinated operation of connected infrastructure. The appropriate approach depends on the equipment involved, treatment processes, operating conditions and information required to manage the complete system.
Supporting Energy Infrastructure
Power Where the Water System Needs It
Pumping and treatment infrastructure depend on reliable energy to operate effectively. Where appropriate, solar and battery infrastructure can be considered alongside the water system to support pumping, treatment and associated equipment, particularly across rural and remote operating environments.
Explore Water Systems Knowledge & Resources
Integrated water systems can involve multiple parts of a site’s water infrastructure, from pumping and storage through to treatment, monitoring and supporting energy. Understanding how those elements interact can help provide context for the decisions involved in developing a complete water system.
Go Deeper Into Water Systems
Explore case studies, technical information, project material and resources covering water treatment, pumping, oxygenation, filtration, water management and supporting infrastructure across different operating environments.
The Knowledge Base provides a deeper look at the individual processes and technologies that can come together within a broader water system.
Bring Your Water System Together
Every site has a different combination of water sources, infrastructure, operating conditions and required outcomes. Solari Water and Energy brings the appropriate pumping, storage, treatment, monitoring and supporting infrastructure together around the needs of the complete water system.
From moving and treating water to monitoring operation and supporting the system with appropriate energy infrastructure, the starting point is understanding how the whole site needs to work together.