How does CMCE Lightning Suppression Technology work?

CMCE technology prevents lightning formation by neutralizing the electrical conditions that cause strikes, rather than attracting them. The system continuously dissipates atmospheric charge buildup before lightning can form within the protected area.

How is the CMCE different from a traditional lightning rod?

Traditional lightning rods are designed to attract and redirect lightning strikes. CMCE technology takes a proactive approach by removing the conditions that cause lightning formation within its zone of protection.

What certifications does the CMCE Lightning Suppressor have?

The CMCE Lightning Suppressor is UL Certified and complies with IEC, EN, UNE-EN, and BS-EN 62305 lightning protection standards. The system also complies with RoHS regulations, carries UKCA marking, and maintains ISO 9001:2015 and ISO 14001:2015 certifications.

Has the CMCE been independently tested and environmentally evaluated?

Yes. The CMCE has undergone independent high-voltage, impulse, ignition, and environmental testing under IEC standards, including salt fog, sulfurous atmosphere, electrical current, and mechanical durability evaluations. Testing recorded voltage levels up to 840 kV at one meter without tracer formation.

Is the CMCE internationally recognized?

Yes. The CMCE has received NATO Codification System approval, Lloyd’s Register Type Approval Certification, and RINA Type Approval Certification for use in commercial, industrial, marine, and critical infrastructure applications. The system has also been evaluated by accredited laboratories operating under ENAC-ILAC and ISO 17025 standards.

Which properties benefit most from CMCE technology?

CMCE systems are commonly used to protect commercial buildings, industrial facilities, residential properties, marine vessels, and critical infrastructure where lightning-related downtime or equipment damage can be costly.

How high does the CMCE need to be mounted?

For land installations, the CMCE is typically mounted approximately 6 feet above the highest point of the structure. For marine installations, the CMCE is generally mounted 1 foot above the highest point, excluding outriggers and antennas.

What is involved in the installation process?

Our team performs a site assessment to design a tailored installation plan for your property or vessel. Most installations are completed with minimal disruption and can often be completed within one day depending on project scope.

The Most Expensive Part of a Plant Shutdown Isn’t the Repair

When lightning disrupts a wastewater treatment plant, most people think about damaged electrical equipment.

Burned PLCs. Failed control panels. Damaged motors.

While these repairs can be costly, they often aren't the biggest financial burden.

The true expense begins when operations stop.

Every minute of downtime can trigger overtime labor, regulatory obligations, environmental risks, emergency response efforts, lost treatment capacity, and damage to public confidence. For facilities that operate 24/7, maintaining uninterrupted operations is essential.

Downtime Creates a Chain Reaction of Costs

Modern wastewater treatment plants rely on interconnected electrical and automation systems. A lightning-related interruption can impact SCADA systems, motor control centers (MCCs), pumps, VFDs, instrumentation, and communications infrastructure.

Even after damaged equipment is repaired, the operational and financial impacts often continue.

Some of the biggest hidden costs include:

Overtime labor to bring in maintenance personnel, electricians, engineers, and operators for emergency repairs.
Regulatory reporting that may require documentation, investigations, and notifications following operational interruptions.
Environmental compliance risks if treatment performance is affected, increasing the potential for permit violations or enforcement actions.
Emergency response efforts involving coordination with utility providers, municipal leadership, and internal teams.
Lost treatment capacity that strains operations and reduces flexibility while systems are restored.
Public perception, as service disruptions can erode confidence in critical municipal infrastructure.

The Real Cost Extends Beyond Equipment

Traditional lightning protection systems are designed to manage lightning after a strike has already formed.

That may help protect structures, but it doesn't necessarily prevent the operational interruption that can bring a wastewater treatment plant offline.

For most facilities, avoiding downtime is far more valuable than replacing damaged equipment.

Eliminate Lightning-Related Operational Risk

Unlike conventional lightning protection, the CMCE Lightning Suppressor actively neutralizes the electrical charges in the atmosphere that lead to lightning – eliminating the threat before it ever forms. This system provides a lightning-strike-free dome over the protected area.

For wastewater treatment plants, this superior approach supports operational continuity by eliminating the risk of lightning-related interruptions.

Facilities implement CMCE Lightning Suppression to:

Improve operational reliability
Reduce downtime risk
Protect critical electrical infrastructure
Support continuous treatment operations
Help maintain environmental compliance

Protect Operations, Not Just Equipment

The cost of a plant shutdown isn't measured by replacement parts alone.

It's measured by emergency labor, compliance challenges, operational disruption, lost treatment capacity, and the impact on public trust.

A proactive lightning protection strategy helps wastewater treatment plants reduce operational risk, improve resilience, and keep essential treatment processes running when reliability matters most.

Upgrade Your Lightning Protection Strategy

Contact Encore Land and Sea to request a proposal and learn how CMCE technology can protect your facility from the dangers of lightning strikes.

Phone: (888) 360-7786

Email: sales@encorelandandsea.com

Website: www.encorelandandsea.com