Naftosense FM-7745 Approved Products: Advanced Fuel Leak Detection for Industrial Manufacturing, Commercial Buildings and Hospitals

Experience the pinnacle of fuel leak detection with Naftosense FM-7745 Approved Products, certified to deliver unmatched safety and efficiency. Designed for industrial manufacturing, commercial buildings, and hospitals, these certified solutions detect Gasoline, Diesel, Fuel Oil, Hydraulic Fluids, and Engine Oil leaks in under 30 seconds, ensuring the highest standards of protection.

Key Features:

• FM 7745 Certification: Meets rigorous FM 7745 standards, guaranteeing exceptional performance and reliability in Gasoline, Diesel, Fuel Oil, Hydraulic Fluids, and Engine Oil leak detection.
• Rapid Response: Detects Gasoline, Diesel, Fuel Oil, Hydraulic Fluids, and Engine Oil leaks in less than 30 seconds, enabling quick action to prevent damage and hazards.
• Versatile Applications: Ideal for industrial manufacturing, commercial buildings, and healthcare facilities, providing comprehensive protection across various sectors.
• Advanced Technology: Utilizes state-of-the-art sensors and controls for accurate and reliable detection, minimizing false alarms and maximizing safety.
• Easy Integration: Seamlessly integrates into existing systems, offering a hassle-free upgrade to your safety protocols.
• Cost-Effective: Reduces potential downtime and costly repairs with early detection and prompt response.

Choose Naftosense FM-7745 Approved Products for a certified, safer, and more efficient environment. Protect your assets and ensure the safety of your operations with the most advanced and reliable Gasoline, Diesel, Fuel Oil, Hydraulic Fluids, and Engine Oil leak detection system available.

https://naftosense.com
(614) 350-0911

Polymer Cable Leak Detection Systems

Polymer leak detection cables, known for their sensitivity and precision, are increasingly used across various industries. The most promising sectors for growth in this technology include:

• Oil and Gas Industry: This sector is a primary polymer leak detection cable market. These systems are vital for monitoring pipelines, storage tanks, and other infrastructure to detect and locate leaks, thereby preventing environmental disasters and ensuring operational safety.
• Chemical Industry: The chemical industry, with its complex network of pipes and storage units, often containing hazardous materials, can benefit significantly from the precise and rapid leak detection capabilities of polymer leak detection cables.
• Power and Energy Sector: This includes traditional power plants and renewable energy sources like solar and wind farms. Polymer leak detection cables can monitor the integrity of various components, including underground cables and cooling systems.
• Environmental Monitoring: For industries with a significant ecological impact, polymer cable leak detection can be crucial for monitoring and preserving environmental health, especially in sensitive areas.
• Data Centers and Communication Networks: With the increasing demand for data and connectivity, ensuring the integrity of underground and undersea cables becomes crucial. Polymer cable detection can play a key role in preemptively identifying potential issues.
• Mining and Exploration: In mining operations, these systems can monitor pipelines and storage facilities for leaks of chemicals and gases, enhancing safety and operational efficiency.
• Transportation Infrastructure: This includes monitoring fuel lines and storage in airports, seaports, and railway systems, where leak detection is critical for safety and environmental reasons.
• Construction and Infrastructure Development: During the construction phase and maintenance of large infrastructure projects, polymer leak detection can be used to monitor the integrity of various fluid transport systems.
• Manufacturing Industry: Particularly in industries where fluid systems are integral to the manufacturing process, these systems can provide essential monitoring to prevent leaks and ensure quality control.

The versatility and efficiency of polymer cable leak detection systems make them a valuable tool across these sectors, mainly as industries increasingly focus on safety, efficiency, and environmental sustainability.

Naftosense polymer leak detection cables represent the pinnacle of safety and efficiency in industrial monitoring. Naftosense systems offer unparalleled precision and rapid response times. Utilizing cutting-edge technology, they ensure immediate detection of even minor leaks. Ideal for a wide range of applications, from oil and gas pipelines to chemical plant infrastructures, these systems provide continuous, real-time monitoring, safeguarding against environmental hazards and operational inefficiencies. With Naftosense, industries can achieve a new reliability and ecological responsibility standard, benefiting from reduced downtime and enhanced safety. Whether protecting valuable resources or maintaining the integrity of complex infrastructures, Naftosense is transforming how industries approach leak detection and management.

Naftosense.com
(614) 350-0911

Data Center Leak Detection

In modern computer data centers, hydrocarbon leaks can be a serious concern because they can lead to equipment malfunctions, fires, or other potentially hazardous situations. Data centers are complex environments with a mix of electrical, cooling, and backup systems. Here are areas that are sensitive to hydrocarbon leaks:

Cooling Systems: Many data centers use liquid-based cooling solutions, especially in high-density setups. A leak from these systems can cause electrical short-circuits, corrode equipment, and increase fire risk if the cooling fluid is flammable.

Backup Power Systems: Many data centers, like diesel generators, have backup power solutions to ensure continuity during power outages. A leak from these generators, especially fuel storage tanks or supply lines, can be a fire hazard and pose environmental concerns if the fuel seeps into the ground.

Fire Suppression Systems: Some older data centers might use Halon or other hydrocarbon-based fire suppressants. Accidental discharge or leaks can deplete the ozone layer and contribute to global warming.

Raised Floors: Data centers often have raised floors under which cables, cooling systems, and sometimes even fuel lines for backup generators run. Hydrocarbon leaks in this space can go unnoticed, pose a fire risk, or damage the equipment or cabling underneath.

Air Conditioning and HVAC Systems: Hydrocarbons used as refrigerants can leak from the AC or HVAC systems. While modern refrigerants are often less harmful than older ones, leaks can pose environmental concerns.

Power Distribution Units (PDUs) and Batteries: Some battery technologies, especially older ones, might leak hydrocarbons, damaging nearby equipment and increasing fire risk.

Hydrocarbons can harm the environment if they enter the soil or water systems, impacting the local ecosystem and contaminating drinking water sources. Leaks can also significantly damage the building's structure if they corrode certain materials. It can also compromise the integrity of walls, ceilings, and floors, which is critical for maintaining a controlled environment inside the data center.

Leak detection solutions in data centers are crucial to prevent downtime, equipment damage, and potential safety hazards.

Cable-based leak detection systems, sometimes called rope-type or cable-type leak detectors, are widely utilized in data centers because they cover extensive areas and provide precise leak detection and location. 

How They Work:

These systems use specially designed cables that detect the presence of liquid along their length. When any part of the cable comes into contact with a liquid, it causes a change in the cable's resistance, capacitance, or conductivity, depending on the design.  Some advanced systems can even pinpoint the exact location of the leak along the cable, allowing for swift mitigation.

Placement:

Under Raised Floors: Many data centers use raised floors to route cables and sometimes cooling systems. Leaks under these floors can go undetected and cause significant damage. Laying cable-type detectors under the floor ensures early detection.

Perimeter of Rooms: These cables can quickly detect any water entering the room by outlining the room's edges.

Around Equipment: They can be placed around the base of critical equipment, especially water-cooled servers or equipment close to cooling systems.

Along Piping: For data centers that utilize liquid cooling or have extensive plumbing for other reasons, cable detectors are run alongside pipes to detect leaks promptly.

In Overhead Areas: Sometimes, cable trays or overhead systems might leak, primarily if they house cooling pipes. Rope detectors run through these areas for added protection.

Advantages:

Coverage: One of the main advantages is the ability to cover vast areas with a single system.

Precision: Advanced systems can identify the exact location of the leak, allowing for quick response and mitigation.

Flexibility: They can be routed around obstacles, bent around corners, and tailored to fit the specific layout of a data center.

Integration: These systems can often be integrated into the broader environmental monitoring systems of the data center, ensuring centralized monitoring and alerting.

Cable-based leak detection systems effectively protect data centers from the potentially devastating effects of water leaks. Their ability to cover large areas and offer precise detection makes them an invaluable tool in the arsenal of data center management.

Naftosense.com
(614) 350-0911

Unintentional Hydrocarbon Spills: A Multifaceted Crisis for US Industrial Firms

The industrial sector plays a pivotal role in the economy of the United States, contributing significantly to the nation's GDP, employment, and technological innovation. However, this sector also comes with its share of environmental responsibilities. Unintentional leaks of hydrocarbon-based oils and solvents into the environment present a severe challenge with wide-ranging ramifications. Industrial companies face not only legal consequences but also social and financial repercussions that can impact their operations and reputation.

Legal Ramifications

Fines and Penalties: Federal and state environmental agencies, such as the Environmental Protection Agency (EPA), enforce laws and regulations like the Clean Water Act and the Oil Pollution Act. Companies responsible for oil or chemical spills face significant fines and penalties, which can substantially impact their financial health.

Litigation: Affected parties, including government entities, private organizations, or individuals, may file lawsuits against the responsible company for damages caused by the spill, including damages for harm to natural resources, property damage, and personal injuries. Legal proceedings can be lengthy and costly, with no guarantee of a favorable outcome for the company.

Criminal Charges: In cases with evidence of negligence or intentional misconduct, criminal charges may be brought against the company or its officers. Convictions can result in fines, imprisonment, and a damaged reputation.

Cleanup Costs: Companies responsible for a spill usually must cover the cost of cleanup efforts. These costs can be significant and may involve removing the spilled material and restoring the affected area to its original condition.

Social Ramifications

Reputation Damage: Public perception of a company can suffer significant harm after an environmental incident. This loss of trust and loyalty can result in decreased sales and may impact the company's ability to attract and retain employees.

Community Relations: Local communities may experience adverse impacts such as drinking water contamination, wildlife harm, and decreased property values. Strained relations between the company and the community may make it more difficult for the company to operate in the area in the future.

Financial Ramifications

Share Value: Negative publicity and potential financial liabilities associated with a spill can decrease the company's share value, impacting the company and its shareholders.

Insurance Costs: Insurance premiums for the company may increase following an incident, and in some cases, it may not be easy to obtain insurance coverage.

Investment: Investors may choose to divest from the company or demand changes in company leadership or operations, leading to a decrease in available capital for the company, impacting its ability to invest in new projects or expand existing operations.

Regulatory Ramifications

Increased Scrutiny: Regulatory agencies may subject the company to increased scrutiny following a spill, which may result in more stringent regulations and oversight in the future.

Permitting: Obtaining permits for new projects or expansions of existing operations may become more difficult for the company.

Unintentional leaks of hydrocarbon-based oils and solvents into the environment can have far-reaching legal, social, and financial ramifications for industrial companies in the United States. These incidents can result in significant financial liabilities, company reputation damage, and strained relations with communities and regulatory agencies. Companies must implement robust safety measures and environmental management systems to prevent such incidents and to respond quickly and effectively in the event of a spill. Ultimately, a proactive approach to environmental stewardship is not only a legal obligation but also a social and financial imperative for the long-term success of any industrial firm.

Naftosense

https://naftosense.com

(614) 350-0911

Naftosense: Leak Detection Systems for a Wide Range of Hydrocarbon Liquids

Naftosense is a leading company specializing in creating and producing hydrocarbon leak detection systems. Their advanced technology anchors in an array of addressable products capable of identifying and monitoring the presence of different types of hydrocarbons in real time.

Their wide range of detection systems can identify an array of hydrocarbons, including but not limited to refined fuels such as gasoline, diesel, and jet fuel. Additionally, they can detect light to heavy crude oils, critical components in the oil and gas industry. Lubricants, commonly used in various mechanical and industrial applications, can also be detected with sophisticated systems.

In addition to this, Naftosense's systems can detect dielectric oils. These oils are usually insulators and coolants in high-voltage transformers and capacitors, making this feature particularly useful in the electrical power industry. Their technology also identifies various solvents in multiple industrial, commercial, and household products.

Furthermore, Naftosense's systems can pinpoint the presence of petrochemical compounds. These are often the base elements in manufacturing plastics, synthetic materials, and numerous chemicals.

Overall, Naftosense's advanced technology, embodied in its cutting-edge hydrocarbon leak detection systems, delivers reliable, efficient, and versatile solutions to safeguard against potential leaks, ensuring the safety and efficiency of operations across a broad spectrum of industries.

https://naftosense.com

(614) 350-0911

Safeguarding Data Center Backup Generators with Leak Detection Cable Systems

Backup generators play a critical role in maintaining the continuous operation of data centers. As data centers house and process vast amounts of necessary data and support essential applications for businesses and organizations, any downtime can result in significant financial losses, operational disruptions, and reputational damage.

In the event of a power outage or disruption in the primary power supply, backup generators provide an immediate and reliable source of emergency power to ensure that the data center continues to function without interruption, enabling the data center's servers, cooling systems, and other vital components to remain operational, maintaining the integrity, availability, and security of the data and services housed within the facility.

Moreover, backup generators also significantly mitigate risks associated with voltage fluctuations and power surges, which can damage sensitive electronic equipment. By providing stable and consistent power, backup generators help protect the data center's infrastructure, ensuring maximum uptime and minimizing the potential for costly downtime.

In data centers, preventing hydrocarbon leaks, such as fuel oil, is crucial for ensuring operational safety and efficiency. Leaks can pose serious fire hazards, damage sensitive equipment, and disrupt essential services, leading to costly downtime and potential reputational harm. Effective leak detection and containment measures are vital for maintaining a secure and reliable data center environment.  Leak detection cables are a proven and effective way to ensure the safety and efficiency of the facility. The sensing cables are installed strategically throughout the data center, along the fuel supply lines, near backup generators and fuel storage tanks. They are often installed in cable trays, under raised floors, or secured to walls and ceilings using brackets or clamps.

Hydrocarbon sensing cables are essential in data centers for detecting leaks from backup generators, as they provide early warning of hydrocarbon-based liquid presence, enable prompt response and mitigation, preventing fire hazards, equipment damage, and operational disruptions, ultimately ensuring the safety, reliability, and efficiency of the data center.

Naftosense.com

(614) 350-0911

Elastomer Absorption Sensing Cables for Hydrocarbon Leak Detection

Hydrocarbon leaks threaten the environment and are a concern for public health. Leaks are a significant concern for many industries, such as tank farms, diesel generator installations, fueling depots, and pipelines, as well as organizations such as oil companies and the military.

Polymer Absorption Sensors or Elastomer Absorption Sensors are sensors that can sense oil and gas leaks. These sensors work because the polymers are sensitive to oil and gas molecules. Elastomer Absorption Sensors detect hydrocarbons and other organic compounds at levels that are otherwise undetectable by other means. This type of sensor utilizes a polymer matrix to detect hydrocarbons on the molecular level without requiring complex equipment or precision instruments, such as acoustic sensors or infrared thermography. It is more sensitive than many existing leak detection sensors. Finally, they provide a non-invasive installation and are a relatively inexpensive detection method.  

Sensing cables based on elastomer absorption technology are composed of semi-permeable internal conductors shielded by permeable insulation. Escaping hydrocarbon fluids contact the inner semi-permeable elastomer jacket, altering the cable's electrical characteristics and providing a reliable and repeatable signal read by the microprocessor. Along the length of the detection cable, the microprocessor can pinpoint the leak location to within one meter and send relevant information to monitoring systems or operators. The Elastomer Absorption Sensor leak detection cable is wrapped around pipelines, buried underground inside channels, or put in a pipe-in-pipe configuration.

For more information regarding any hydrocarbon leak detection requirement, contact Naftosense. Call (614) 350-0911 or visit https://naftosense.com.

Naftosense - The Trusted Source in Hydrocarbon Leak Detection

Naftosense designs and manufactures hydrocarbon leak detection systems based on addressable products which detect the presence of hydrocarbons such as refined fuel, light / heavy crude oils, lubricants, dielectric oils, solvents, and petrochemical compounds.

Why Naftosense is Ideal for Your Application

Naftosense Leak Detection systems are susceptible to hydrocarbon liquids and gasses. Some customers have baseline contamination in their facilities that cause other leak detection systems to alarm in “normal” operation. Others have problems during periods of excessive rainfall where hydrocarbons are released from the soil, triggering a false alarm. Naftosense solves ALL micro¬exposure alarm issues by allowing real-time volume reporting and field adjustability of the sensor to calibrate for existing conditions.

In addition, the Acquisition Module will report progressive leak alarms as the volume of the leak increases. Sensors are rugged and built to be immersed in a leak environment and still indicate “increasing leak volume” until the sensor becomes completely saturated at full alarm. After remediation, Naftosense sensors can be re-set and re-installed. Only when the sensor is entirely saturated will you need to use our simple cleaning technique involving common household chemicals. Naftosense sensors are reusable with confidence for ten years or more!

Naftosense - Simple, Configurable, Outputs with Your Network

Communication from the Naftosense system to your PLC, CMS, DCS, and SCADA is simple. You utilize your existing network with your favorite wireless or hard-wired transmitter to easily communicate leak volume and location quickly and efficiently. The absence of complicated 3rd party panels and proprietary communication protocol allows a seamless, inexpensive installation with standard equipment as the backbone of your new leak detection system.

Naftosense - Customer Experience

Naftosense supports customers through knowledgeable and dedicated sales and support staff that can assist in selecting the proper leak detection system and matching ideal solutions with existing communications requirements. In addition, we maintain an extensive supply of product inventory on hand to quickly fulfill orders and reduce lead times. Our sales and support staff are readily available and accessible, so customers rapidly get the support they need.

Naftosense - Commitment to Quality

At Naftosense, quality means performance. Each product passes tests multiple times before getting a Naftosense label. With Production processes that strive for continuous improvement and exhaustive performance testing, we are confident that our products meet and exceed all applicable standards before they ever leave our facility. Naftosense puts a 10-year factory warranty on all products to prove our commitment to the highest installation standards.

How Naftosense Leak Detection Cables and Sensors Work

Naftosense leak detection technology uses Polymer Absorption Sensor (PAS) technology. PAS technology was developed in the 1950s and had a proven track record of detecting hydrocarbons in extreme conditions and enables real-time, cost-effective critical infrastructure integrity monitoring. Naftosense can dictate leak volume and decipher old and new material in coordination without patented controller technology.

Testing

Naftosense leak detection systems are tested to the most stringent industry standards to ensure maximum reliability and performance for our customers.

Life Expectancy 

Our extensive scientific testing and field history proves that Naftosense leak detection cables will perform for many decades when properly installed and maintained. An industry-leading ten-year warranty is standard with all products sold.

Approvals

• Intrinsically safe - Class I, Division 1, Groups A, B, C and D, Class I, Zone 0, AEx ia 11C
• Atex: Intrinsically safe - Il 1 G, Ex ia 11C GbT4
• lECEx: Intrinsically safe - Ex ia IIC GbT4
• Tested by FM Approvals for compliance as per FM Class 3610

Naftosense.com

(614) 350-0911

New Naftosense Catalog!

The new Naftosense product and solutions catalog. 

Naftosense designs and manufactures hydrocarbon leak detection systems based on addressable products which detect the presence of hydrocarbons such as refined fuel, light / heavy crude oils, lubricants, dielectric oils, solvents, and petrochemical compounds.

For more information about Naftosense, visit their webpage at https://naftosense.com.

Hydrocarbon Storage Leak Detection: Gasoline, Jet Fuel, Diesel, and Oil Tanks

Leaks in hydrocarbon storage tanks may occur via the tank walls or the tank bottom. It is common for an older oil storage tank to have corrosion at its base, emerging from either internal corrodents or external influences such as soil moisture and pH. The addressable sensing cables in the Naftosense hydrocarbon leak detection system offer continuous monitoring and protection for various hydrocarbon storage tanks, aiding in avoiding soil contamination and product loss. The Naftosense hydrocarbon leak detection cable is both fast sensing and reusable. 

The cables' underlying technology uses a physical phenomenon that has been around for decades: employing polymeric absorption to detect the presence of compounds in the vapor phase. Polymer-absorption sensors consist of a chemically sensitive absorbent deposited onto a substrate that acts as an electrode. As chemical vapors contact the absorbent, the chemicals absorb into the polymers, causing them to swell. The electrode's resistance varies as swelling occurs, which may be quantitatively measured and recorded. The swelling is proportional to the chemical vapor concentration in contact with the absorbent. PAS technology, which dates back to the 1950s, has a proven track record of identifying the presence of hydrocarbons. The technology works in harsh environments and provides real-time, cost-effective critical infrastructure integrity monitoring. 

Naftosense is one of the few leak detection companies in North America capable of tailoring and configuring custom solutions for specific applications. By providing an industry-approved, fully functioning, long-term leak detection system with data communications and location-based warnings, backed by a 10-year guarantee, Naftosense has the real-world knowledge to solve the challenges of the most demanding applications.

Reason to deploy Naftosense Leak Detection for Hydrocarbon Storage Tanks:

• Reports leak volume as the small leak gets larger.
• Zero false alarms.
• Will not react to water.
• High sensitivity.
• Self-calibrating.
• Custom leak detection system design.
• 10–year factory warranty.

Naftosense.com

(614) 350-0911

Leak Detection for Underground Bulk Storage of Hydrocarbon Products

Gasoline, heating oil, and other liquid petroleum products, which make up most of the nation's fuels and energy supply, are frequently held in underground storage tanks or USTs. There are around 553,000 USTs that store petroleum and other hazardous materials in the USA. Leaking can have significant environmental and health consequences, including contamination of groundwater, which is the source of drinking water for over half of the population of the United States.

Corrosion around the base of oil storage tanks is common, resulting in leaks, product loss, and soil pollution. Because early identification of UST system leaks helps stop contamination from spreading from UST locations, the EPA requires UST system owners and operators to detect releases.

All regulated tanks and piping must have release detection, so the discovery of leaks happens fast before contamination spreads from the UST site. An owner must provide their UST system with release detection (often called leak detection). There is no single leak detection technology best for all locations or a single type of leak detection that is consistently the least expensive for USTs. Each method for detecting leaks has its own set of features. 

Secondary Containment with Interstitial Monitoring

Secondary containment separates the tank from the rest of the environment. The leak stays between the tank and the barrier, where the leak gets identified. A leak moves towards the interstitial monitor due to the form of the barrier.

Monitors for the Interstitial Space 

Monitors used for sensing leaks between the tank and the barrier are interstitial monitors. They warn the operator if a leak is detected.  The physical presence of the leaked product, whether liquid or gaseous, is indicated by several detectors. A measuring stick, placed at the lowest point of the confinement to detect pooled liquid product, is an example of a simple monitor. For critical areas where safety and security are an issue, more sophisticated automated systems are available to check for leaks continuously.

Oil leaks in underground pipelines can be challenging to detect, but hydrocarbon leak detection devices from Naftosense provide an excellent solution. They continuously check for hydrocarbons in various situations. Their unique addressable sensing cabling is IP68 rated, meaning it will continue to function in high water levels and still pinpoint the source of oil leaks. 

The Naftosense hydrocarbon leak detection system is perfect for airports and gasoline station storage facilities since it quickly detects and repairs any detected fuel, diesel, or jet fuel leaks. Small-volume hydrocarbon detection in mission-critical applications such as power generator rooms in data centers and other similar locations means you'll be able to detect a leak before any damage occurs, reducing downtime and costs.

Contact Naftosense for any hydrocarbon leak detection applications. Our customer service personnel are available and eager to assist you.

Naftosense.com

(614) 350-0911

The Naftosense FLD-TSP7 Control Panel

FLD-TSP7 is a high-performance 7-inch touchscreen controller designed for powering and interfacing with Naftosense brand of monitoring modules. These modules base communications on Naftosense long-range ERBUS proprietary bus. The controller provides an IP54/NEMA 3S water-resistant wall-mounted enclosure for installation in control rooms and other remote locations where dripping water might be potentially present.

The primary use of FLD-TSP7 is to monitor up to three zones with long lines of leak detection for hydrocarbons, alcohols, solvents, or conductive liquids of up to 9800ft (3000 m) each. Each zone on the FLD-TSP7 can power and communicate with up to 25 Naftosense monitoring modules. The communication protocol permits robust and reliable operation even in case of partial failure of the circuit of monitoring modules. Each monitoring module can connect several independent sensors and provide the true multi-leak capability.

FLD-TSP7 provides power and multiplexed communications through the Naftosense ERBUS proprietary bus resulting in an efficient communication infrastructure. The FLD-TSP7's high-level interfacing to DCS/SCADA implements through the RS-485 serial output with Modbus RTU or dry contacts. With options for up to 9 SPDT relays, alarms, and readily configured communications, the FLD-TSP7 is fast and easy to set up.

The maximum distance covered with this wired layout (accumulated sensor and jumper cables) is more than 2.3 miles (3.2 km). The optional loopback wiring increases the system reliability in case of cable breaks and shorts. The intuitive password-protected user interface on the touch panel provides flexible configuration and adjustable alarm threshold.

Features and Benefits of the FLD-TSP7

• Extremely long range of leak detection circuit monitoring
• Easy T-branching – no special devices/components needed
• Adjustable alarm threshold
• Very wide operating temperatures range
• Able to interface with sensor modules for various types of liquids as water, acids, bases, hydrocarbons, alcohols, ketones, etc.
• 10-year warranty

Typical Applications for the FLD-TSP7

• Pipe sections in remote facilities
• Detection of viscous hydrocarbons in substations, pumping stations, etc.
• Detection of leaking fuel from airport hydrant systems, military, and custody transfer installations in harsh outdoor, demanding environmental conditions
• Leak detection in data centers and commercial buildings

Naftosense.com

(614) 350-0911

Don't Risk Undetected Hydrocarbon Leaks

Leaks of hydrocarbons are a severe problem. The environment and your business are protected when leaks in tank farms, airfields, pipelines, refueling ports, and refineries get discovered early. The key is early identification and pinpointing the leak's source. 

The Naftosense Leak Detection System provides you with the following benefits: 

• Sensor cables and probes can directly detect and localize the source of a petroleum leak, allowing you to respond quickly before the spill causes harm. 
• Fluid leak detection systems for pipelines, tanks, harbors, airports, pumps, and valves that are reliable and accurate. 
• Leak detection and location information are far more advanced than that of a standard SCADA system. 
• Optional configurations that turn off pumps or valves while not in use. 
• Simple or sophisticated systems can be designed for present demands while also allowing future growth thanks to modular and scalable units. 
• Local, networked remote alarms and diagnostics, building management system integration, email and SMS notices available.

Naftosense can provide a bespoke leak detection system tailored to your demands, whether your issue is heavy crude oils, lubricants, dielectric oils, solvents, petrochemical compounds, gasoline, jet fuel, diesel, or biofuels. You can detect and locate the source of a leak with the Naftosense leak detection system, allowing you to take decisive action long before the spill gets out of hand. Don't jeopardize your employees' safety, the environment, or your company's reputation on a runaway leak.

Typical Areas Requiring Naftosense Technology:

• Tank farms
• Civilian airfields
• Military airfields
• Pipelines
• Re-fuelling & bunker depots
• Refineries
• Harbors

For more information, contact Naftosense. Call (614) 350-0911 of visit https://naftosense.com.

Leak Detection for Isolation Valves on a Crude Oil Pipeline Water Crossing

This video shows Naftosense leak detection sensors in a crude oil pipeline where isolation valves located at a water crossing point. 

The video focuses on several installation techniques, including:

• Cloth jackets to force any leak into the sensor wire area and to keep the contamination footprint isolated
• Sensor locations and setups of the isolation valve assembly in a small containment basin
• Multiple sensors spread across the floor of the containment basin to detect all potential leaks
• The use of standard and custom hardware for maximum utility.

https://naftosense.com
(614) 350-0911

Naftosense Leak Detection Technology

Polymer Absorption Sensor (PAS) technology is at the heart of Naftosense products (specifically in Naftosense products, Elastomer Absorption Sensors). PAS technology, developed in the 1950s, has a track record of detecting hydrocarbons in extreme conditions and enables real-time, cost-effective critical infrastructure integrity monitoring. We advance this core technology by incorporating innovative acquisition modules, providing limitless options for progressive leak alarms.

Naftosense is one of North America's only leak detection manufacturers willing to customize and configure the ideal solution for each customer. Our innovative, adaptable core technology enables us to accomplish the seemingly impossible while maintaining critical agency approvals. Naftosense can handle any application, no matter how small or large.

Naftosense has the real-world experience to make sense of complex applications by offering an industry-approved, fully functional, long-term leak detection system with data communications and location-based alarms, all backed by a 10-year warranty.

Key Features:

• Custom leak detection systems for outdoor environments, hazardous areas, and remote off-line locations
• Zero false alarms–Will not react to water
• High sensitivity, detect heavy oils at low temperatures
• Reduced maintenance–Self-calibrating
• Battery powered options for off-the-grid applications
• 10–year factory warranty
• Can report leak volume as the small leak gets larger

Naftosense.com

(614) 350-0911

Sensors and Alarms for Leak Detection of Hydrocarbons, Solvents, and Other Liquids

Naftosense
6605 Longshore Street
Suite 240-126
Dublin, OH 43017
Phone: (614) 350-0911
Fax: (614) 350-0914
Email: support@naftosense.com

Welcome to the Naftosense Blog

Polymer Absorption Sensor (PAS) technology is at the heart of Naftosense products (specifically in Naftosense products, Elastomer Absorption Sensors). PAS technology, developed in the 1950s, has a track record of detecting hydrocarbons in extreme conditions and enables real-time, cost-effective critical infrastructure integrity monitoring. Naftosense technology deploys quickly and easily in almost any facility due to its seamless integration with existing infrastructure.

Future posts will focus on applications and deeper insights into the underlying technology. Please check back frequently.