Industry-Leading Energy Efficiency

One of the most direct ways to reduce operational carbon emissions is by reducing energy consumption.

RIFT’s patented Reduced Induction Field Technology has been engineered to significantly lower power requirements compared with conventional actuator technologies.

By consuming less electricity while maintaining exceptional performance, RIFT SMART Actuators help operators:

• Reduce energy costs
• Lower operational emissions
• Improve sustainability performance
• Support Net Zero targets

Across large infrastructure networks, these savings can become substantial over the lifetime of an asset.

Low Voltage Operation

The RIFT SMART platform has been designed to operate efficiently using low-voltage power supplies.

This approach reduces energy demand while providing greater flexibility for infrastructure projects where efficient power usage is essential.

Low-voltage operation is particularly valuable in remote environments where traditional power infrastructure may be expensive to install.

Solar and Battery-Powered Infrastructure

Renewable energy is becoming increasingly important within Net Zero strategies.

RIFT SMART Actuators can operate using:

• Solar power systems
• Battery storage solutions
• Hybrid renewable installations

This makes them ideal for:

• Remote reservoirs
• Valve chambers
• Pumping stations
• Distribution network assets
• Environmental monitoring locations

The ability to automate infrastructure without relying on mains electricity supports both sustainability and operational flexibility.

Predictive Maintenance Through TPM

Extending asset lifespan is a key element of reducing embodied carbon.

RIFT SMART Actuators support Total Productive Maintenance (TPM) by continuously monitoring valve condition and operational performance.

This allows operators to identify deterioration before failures occur and plan maintenance more effectively.

Benefits include:

• Extended asset life
• Reduced waste
• Lower replacement rates
• Improved reliability
• Reduced lifecycle emissions

Advanced SMART Diagnostics

Modern infrastructure requires visibility.

RIFT SMART Actuators continuously monitor:

• Valve performance
• Operational efficiency
• Asset condition
• Maintenance requirements

This information allows operators to optimise infrastructure performance while reducing unnecessary interventions and resource consumption.

WiFi Connectivity and Remote Monitoring

Routine site visits contribute to operational carbon emissions through vehicle usage and travel requirements.

RIFT SMART Actuators allow operators to:

• Monitor assets remotely
• Diagnose faults remotely
• Configure settings remotely
• Access performance data remotely

Reducing travel requirements can deliver significant environmental and financial benefits across large infrastructure networks.

GPS Asset Tracking

Integrated GPS functionality provides enhanced visibility across distributed infrastructure assets.

Improved asset tracking supports more efficient maintenance planning and resource allocation, helping reduce unnecessary operational activities.

Onboard PLC Functionality

Integrated PLC capabilities allow local automation and control logic to operate directly within the actuator.

This simplifies system design while supporting efficient infrastructure operation and reducing the need for additional equipment.

The Sustainability Benefits of the Wiggle Function

The RIFT Wiggle Function periodically exercises the valve to help prevent sticking and remove build-up from valve seats.

This helps:

• Extend valve lifespan
• Improve reliability
• Reduce maintenance interventions
• Minimise replacement requirements

By helping assets remain operational for longer, the Wiggle Function contributes directly to reduced lifecycle emissions.

Supporting Sustainable Asset Lifecycles

Net Zero infrastructure is not only about reducing energy consumption.

It is also about maximising the value and lifespan of existing assets.

Through intelligent diagnostics, predictive maintenance and advanced monitoring capabilities, RIFT SMART Actuators help operators:

• Improve asset longevity
• Reduce replacement cycles
• Lower maintenance costs
• Improve sustainability performance

These benefits support both environmental and operational objectives.

Applications for Net Zero Water Infrastructure

Low-carbon technologies are increasingly being deployed throughout the water sector.

Water Treatment Plants

Improve efficiency while reducing energy consumption.

Wastewater Facilities

Support sustainable operation and environmental performance.

Pumping Stations

Provide energy-efficient automation and control.

Reservoir Management

Enable low-power operation and remote monitoring.

Distribution Networks

Improve visibility, efficiency and asset performance.

Remote Infrastructure

Support renewable energy-powered automation systems.

Why Choose RIFT SMART Actuators?

RIFT SMART Actuators combine:

• British manufacturing
• Industry-leading energy efficiency
• SMART diagnostics
• Predictive maintenance
• Solar compatibility
• Battery-powered operation
• WiFi connectivity
• GPS asset tracking
• Onboard PLC functionality
• Modbus integration

These capabilities make them an ideal solution for water companies investing in Net Zero infrastructure and sustainable asset management strategies.

The Future of Net Zero Water Infrastructure

The transition towards Net Zero water infrastructure will continue to accelerate throughout AMP8 and beyond.

Utilities are increasingly recognising that sustainability and operational efficiency go hand in hand. Technologies that reduce energy consumption, improve asset performance and support smarter decision-making are becoming essential components of future infrastructure strategies.

Connected assets, renewable energy integration and intelligent automation will all play a vital role in helping the industry meet its environmental commitments while maintaining reliable services.

Conclusion

Net Zero water infrastructure represents the future of the UK water industry. By combining energy efficiency, smart automation, renewable energy integration and predictive asset management, water companies can significantly reduce carbon emissions while improving operational performance.

Technologies such as the RIFT SMART RAL 300 and RAL 600 Series demonstrate how intelligent valve automation can support sustainability objectives through low-power operation, advanced diagnostics, remote monitoring and extended asset lifecycles.

As AMP8 investment programmes continue to reshape the sector, Net Zero infrastructure will become a defining factor in creating smarter, more resilient and more sustainable water networks for generations to come.