World Environment Day: Advancing Sustainability Through Innovation and Responsible Operations
Sustainability and resource conservation continues to shape industries around the world, with innovation helping drive smarter, more efficient solutions. As a company that values environmental responsibility and compliance, Franklin Electric actively incorporates sustainability-focused thinking into its research and development efforts, delivering reliable products and systems designed to support long-term efficiency, performance and environmental responsibility across global markets.
On this World Environment Day, we recognize how protecting natural resources and advancing environmental stewardship requires action from every level. In an effort of continual improvement, we acknowledge that our internal standards can create real, positive impact that prevents pollution, conserves resources, increases energy efficiency, reduces waste and improves recycling practices.
Driving Environmental Responsibility Across Global Operations
Franklin Electric’s commitment to environmental responsibility across a global network of more than 100 locations is founded on strong operational practices, continuous improvement and regulatory compliance.
“Our role in supporting essential water and energy infrastructure brings a responsibility to operate safely, efficiently and with integrity,” said CEO Joe Ruzynski. “We focus on protecting our people, managing resources responsibly and delivering the reliability our customers depend on. These priorities guide how we design products, run facilities, engage suppliers and support the communities where we operate.”
Our Sustainability Program—guided by a governance framework that supports oversight, accountability and long-term strategy—is driven by a Sustainability Committee, which sets the program’s goals and strategy while aligning initiatives with the company’s objectives. To highlight the meaningful progress made each year in advancing climate action through stronger operational performance and sustainable innovation, the committee publishes an annual Sustainability Report.
Most recently, we reported our 2025 sustainability achievements:
- Reduced YoY intensity in Scope 1 emissions by 9%
- Reduced overall Scope 2 emissions by 3%
To make the most informed decisions possible, Franklin Electric invests in sustainability data and long-term greenhouse gas reduction strategies focused on practical, scalable solutions that support responsible growth and operational resilience. Through clean manufacturing, sustainable distribution and durable product design, we work to protect water resources and reduce environmental impact worldwide.
Franklin Electric recently expanded its efforts by incorporating a “Practice Sustainability” policy and 11 new environmental programs supporting its commitment to zero harm for people and the environment. These initiatives address key areas including air emissions, water management, spill prevention, transportation, waste reduction and chemical compliance, while encouraging employee engagement and continuous improvement.
While Franklin Electric continues to focus on increasing our environmental responsibility, we ensure that product performance, reliability and efficiency is never compromised. In our Engineering Design Center, our engineers collaborate with teams around the world to develop technologies that address the evolving needs of customers and industries worldwide while continuing to support sustainability and resource conservation.
“Across our product portfolio, we continue to develop solutions that help customers operate more efficiently and responsibly through reduced energy consumption, improved water use efficiency, lower emissions and longer product life,” said Ruzynski. “From variable speed systems that match power usage to real time demand, to intelligent monitoring that reduces unnecessary service travel, to designs that minimize water waste and extend service intervals, our products play a direct role in supporting sustainability outcomes and the reliability required for critical infrastructure.”
Improve Water and Energy Efficiency with Innovative Pressure Boosting
The VersaBoost™ Pro all-in-one pressure boosting system reflects Franklin Electric’s focus on more efficient, reliable and intelligent water management solutions. Designed to replace traditional constant-speed booster systems, it combines variable speed technology, connected monitoring and a durable, compact design. Available in multiple offerings with different power and flow rate capabilities, VersaBoost Pro reduces energy use, water waste and lifecycle impacts across residential and light commercial applications.
- Increase energy efficiency: VersaBoost Pro’s variable speed operation adjusts performance based on real-time demand, delivering consistent pressure while avoiding excess energy consumption during low-use periods, making it more efficient than fixed-speed systems. Its scalable design allows multiple units to be configured for higher demand, supporting right-sizing and more efficient system expansion over time.
- Reduce water waste: Through the FE Connect® app and Insite platform, VersaBoost™ Pro provides real-time system insights, including pressure settings, usage data and fault history. This visibility helps identify leaks, abnormal usage and inefficiencies early, reducing water waste even as configurations scale.
- Decrease landfill waste: Built for long-term performance, the system features stainless steel connections, easy-access panels and an outdoor-rated enclosure. These elements support simpler service, longer equipment life and fewer replacements, reducing the number of parts and products that end up in landfills.
- Lessen emissions: Remote diagnostics through FE Connect® allow technicians to assess system performance without on-site visits, reducing downtime and service-related travel.
To learn more, watch our video on VersaBoost Pro.
Protect Plumbing Systems and Groundwater through Condensate Neutralization
Federal incentives have increased the use of high-efficiency HVAC systems and water heaters. These systems produce a smaller carbon footprint, reduce indoor and outdoor air pollution, use more sustainable resources and decrease system turnover.
However, high-efficiency HVAC systems and water heaters also generate condensate that has an acidity similar to vinegar. If untreated, this corrosive discharge can damage plumbing systems and impact wastewater infrastructure, potentially contaminating groundwater and the environment. This has led to updated plumbing codes and EPA guidelines requiring condensate neutralization before disposal.
The VCMA-20-NPTC Series Neutralizing Condensate Pump and NC-2 Series Condensate Neutralizers provide a reliable, contractor-friendly solution for safe condensate management. The neutralizing pump’s cartridge contains a blend of pure calcite and magnesium oxide granules that neutralize acidic condensate as it passes through, supporting code compliance, protecting plumbing systems from corrosion and preventing pollution.
Watch our video to learn more about why you need a condensate neutralizer.
Increase Equipment Efficiency with Permanent Magnet Motors
High-efficiency equipment is becoming increasingly important across the clean water and drinking water sectors as utilities work to reduce energy consumption, lower operating costs and improve resource stewardship. This includes pumping systems used in wastewater collection and treatment, as well as potable water distribution from wells, reservoirs and storage tanks.
New motor technology has made incorporating more efficient practices simpler without compromising on performance. MagForce™ High Efficiency Motors use permanent magnet technology with rare earth magnet rotors that operate without slip, allowing the motors to run much more efficiently than traditional induction motors. Because the magnets do not require additional electrical energy to generate magnetism during operation, the motors consume substantially less power while maintaining reliable performance.
Available in 4-inch and 6-inch models, as well as 8-inch and 10-inch rewindable offerings, MagForce High Efficiency Motors achieve efficiency ratings of 92–94%, approximately 7 to 12 points higher than standard induction motor designs. By using up to 14% less electricity, they provide a more sustainable solution that can help utilities reduce long-term energy costs while delivering a fast return on investment.
To hear about from contractors, growers and public works on how MagForce High Efficiency Motors helped improve efficiency and reduce energy, watch our video.
Reduce Power Consumption and Carbon Footprint with Variable Frequency Drives
Variable frequency drives (VFDs) support more sustainable operations by reducing energy consumption and lowering carbon emissions. By adjusting motor speed to match actual system demand, VFDs prevent pumps, fans and HVAC systems from running at full speed unnecessarily, helping reduce electricity usage by up to 50% while improving overall system efficiency.
However, a cleaner footprint does not mean less power. The ElectricPAK™ is an incredibly durable VFD engineered to operate intuitively and perform in the toughest conditions for large pumps with a maximum capability of 350 hp. As it operates on an electric motor instead of diesel, it produces zero emissions and eliminates hazardous leaks, improving efficiency and sustainability. The ElectricPAK comes as a standalone VFD, a surface pump package and a submersible pump package, so it can best fulfill various performance needs and environments.
Our video offers further technical details about the durability and performance of the ElectricPAK.
The SubDrive family of variable frequency drives are easy to install and make upgrading traditional pumping configurations simple. Depending on need, they can provide constant pressure for water wells or above-ground pressure boosting, with maximum power of 30 hp. Available SubDrives include the SubDrive Utility, SubDrive Connect, SubDrive and MonoDrive NEMA 4 and SubDrive Connect Plus.
Cerus X-Drive Pump Panels use an integrated drive system designed for water pumping applications involving both submersible and surface pumps. The panels are intended to support system performance and simplify equipment selection across a range of installations, with Configured-to-Order panels also available. Versions include the Cerus X-Drive Standalone VFD, Cerus X-Drive Pump Panels and Cerus X-Drive Low Harmonic Panels that help increase power efficiency and meet IEEE-519 standards.
Solar power is the fastest-growing source of electricity in the United States, meeting 61% of electricity growth in 2025. Solar-powered pumps are ideal for those eager to adopt renewable energy solutions and for remote locations where other sources of power are unavailable. Franklin Electric’s solar-powered pump packages include the Fhoton SolarPAK Solar-Powered Pumping Package, which comes with a 4” submersible motor and pump; the Fhoton Surface SolarPAK Solar-Powered Pumping Package, capable of boosting water pressure from surface sources; and the SubDrive SolarPAK Solar-Powered Pumping Package, which includes a 4” submersible pump and motor, as well as a SubDrive solar controller.
Innovation and Operational Excellence Designed for Long-Term Sustainability
As we recognize World Environment Day, Franklin Electric remains focused on advancing solutions that support long-term environmental responsibility without compromising performance or reliability.
Through continued investment in sustainable operations, efficient technologies and durable product design, we are working to help customers reduce energy use, conserve resources and operate more responsibly across critical infrastructure applications. From manufacturing practices to product innovation, our commitment to continuous improvement reflects the role we believe industry plays in protecting natural resources and supporting a more sustainable future.
“We recognize that sustainability is an ongoing effort that requires continuous improvement, clear accountability and transparency,” said Ruzynski. “As expectations evolve, we remain committed to adapting our practices while maintaining a consistent focus on long term value creation.”