Power plant inspection services are very important to make sure that your power plants are operating safely. They perform nondestructive tests to identify any issues with your plant. These inspections reduce time, CO2 emissions, and cost. They also improve safety. Here are a few reasons why power plants need to have inspections performed on a regular basis:
Reduces inspection time
One major nuclear power plant in the United States has been using a new technology known as an indoor drone to reduce inspection time. The UAVs can access areas that are inaccessible using conventional methods, such as underground tank rooms. The new technology has been used to cut down the time it takes to inspect a reactor building from 1.5 hours to 15 minutes. The technology has also been used to avoid exposing workers and the public to up to 10% less radiation each year. The indoor drone was used to perform a required annual survey of underground tanks and also investigated a possible leak in a reactor building.
Another method to reduce inspection time for nuclear power plants involves the use of non-contact ultrasonic sensors. These devices can measure pipe wall thickness without removing the insulator. The sensors also reduce the inspector’s exposure to radiation.
Reduces CO2 emissions
CO2 emissions from power plants are a growing concern, but reducing them can be challenging. EPA regulations have strict guidelines for emission levels. To meet these standards, states must create plans to limit CO2 emissions. However, the process is complicated and can be costly. The EPA’s program is intended to help states meet their CO2 emission goals.
The goal is to cut carbon pollution from power plants while keeping electricity prices affordable. This is achieved by adopting the Clean Power Plan, which includes strong standards for power plants and customized goals for individual states.
Drone inspections save power plants thousands of dollars by eliminating the need for manual inspections. These inspections also reduce costs associated with liability insurance and paperwork. Additionally, they help power plants increase asset longevity by discovering problems sooner. In fact, a single test flight by an Elios drone at an Argentinian power plant revealed potential asset damage and saved $420,000 in inspection costs. The drone also enables power plants to cut operational downtime by eliminating the need to shut down the plant.
The use of a continuous monitoring system can cut planned outages in half, and save the utility up to 50% on labor costs. One method is to use a long-range ultrasonic technique, which involves placing an array of transducers around the pipe. In addition to reducing the overall cost of power plant inspection services, the continuous inspection of pipelines and welds can save up to 5% of planned outages.
Drone technology is a powerful tool that can be used in power plant inspection services. These drones are capable of collecting visual data and can help companies save thousands of dollars by reducing costs associated with operations, liability insurance, and paperwork. Furthermore, they can reduce the amount of time required to shut down a power plant, which can result in increased ROI.
Among the key steps in a risk-informed inspection program is the selection of targets, inspection intervals, and techniques. Site selection is largely based on risk ranking, but other issues, such as accessibility, are also taken into account.