Designed to clean the walls of pipelines from various deposits and used as batching pigs. The body can be made of solid polyurethane or with flanges and equipped with front and rear bumpers. Cleaning pigs pass through pipeline bore 85% of nominal diameter, 1.5D bends, equal-flow tees without screens etc. The pistons are designed to be as lightweight as possible to reduce wear of the polyurethane discs and easy handling and storage. It can be equipped with metal brushes and magnets to remove hard and metal debris.
Versatility: Universal Cleaning Pigs are designed to adapt to various pipeline sizes and configurations, making them suitable for a wide range of applications.
Efficiency: These pigs are highly effective in removing debris, contaminants, and buildup from the pipeline walls, ensuring smooth fluid flow and preventing blockages.
Cost Savings: By maintaining optimal flow conditions and preventing blockages, these pigs contribute to improved pipeline efficiency, which can lead to reduced operational costs over time
A Pipeline Locator is a device used to locate and track the position of pipelines, particularly underground pipelines. It works by detecting electromagnetic signals emitted by a transmitter attached to the pipeline pig or inserted into the pipeline. The locator’s receiver helps operators follow the path of the pipeline and accurately pinpoint its location. Pipeline locators are essential for construction, maintenance, and repair activities, as they allow workers to know exactly where the pipeline is buried underground without needing to dig it up
Reduced Digging: By pinpointing the exact location of pipelines, locators minimize the need for unnecessary digging, reducing disruptions to the environment and infrastructure.
Enhanced Safety: Locators prevent accidental damage to pipelines, utilities, and surrounding infrastructure, minimizing risks to workers and the public.
Remote Monitoring: Some advanced locators offer remote monitoring capabilities, enabling real-time tracking and data sharing
A Low Frequency Transmitter is a special device used in pipelines to help track and locate tools called pigs. These pigs are sent into the pipeline to do jobs like cleaning or checking for problems. The transmitter sends out a signal that can be picked up by receivers placed along the pipeline. This helps people know exactly where the pig is inside the pipeline, even if the pipeline is underground or underwater. It’s like a signal that says, “Hey, I’m here!” This helps make sure the pig does its job properly and reaches the right place in the pipeline.
Accurate Location Tracking: Low-frequency transmitters provide precise tracking of pigs within pipelines, helping operators know their exact position, which is crucial for effective pipeline maintenance and inspection.
Effective in Challenging Environments: Low-frequency signals can penetrate soil, water, and other materials, making them useful for pipelines that are buried underground or underwater.
Optimized Workflow: The ability to precisely track pigs streamlines pipeline maintenance operations, allowing for better planning and resource allocation.
Designed for installation on in-line pigs or inspection tools to record changes in pressure and temperature along the pipeline. The PDL registers overloads and shocks, as well as the pressure drop across the pig when moving through the pipeline. Battery life up to 600 hours. Working pressure up to 20 MPa. Explosion protection marking 0ExmaiaIIBT5 Ga. Supplied with software for visualization of recorded pressure, temperature and acceleration graphs. There are 3-axis gyroscopes which allow to visualize all bends of the pipeline and measure their radii and angles.
Early Issue Detection: PDLs help identify potential problems early, enabling proactive
maintenance and preventing more significant issues that could lead to disruptions or failures.
Cost Savings: Timely maintenance and issue prevention through PDLs contribute to cost savings
by avoiding emergency repairs and minimizing operational disruptions.
Long-Term Performance: PDLs enable tracking of pipeline performance over time, aiding in
identifying trends and patterns that can guide long-term asset management strategies
Used for training and for researching the passage of cleaning and inspection tools through various obstacles in the pipeline. A modular, collapsible structure with a steel supporting frame concept for indoor and outdoor installation. Installations can be modeled: bends, tees, ball valves not fully closed, dents, bellows, plungers, etc. Stand are made of transparent plastic pipes with diameter 100 to 200mm. The stand can be equipped with standard launch-receiving cameras with water as working fluid. The maximum pressure is 3 atm. A motor pump for pumping liquid is included in the delivery set.
Visual Learning: The transparent section of the pipe offers a visual representation of how fluids
flow, interact, and move within a pipeline. This aids in understanding complex concepts more
easily, making it a valuable tool for training and education.
Enhanced Engagement: The visual aspect of a transparent pipe engages viewers’ attention,
making learning or presentations more captivating and memorable.
Hands-On Learning: Coupled with interactive features, transparent pipe models can offer
hands-on learning opportunities for learners to manipulate flow rates and see real-time effects.
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