About
YORA Solutions FZCO offers advanced solutions for oil tank and oil pit cleaning, as well as oil recovery, utilizing state-of-the-art unmanned robotic technologies. Our innovative approach ensures that these critical operations are conducted efficiently, safely, and without human exposure to hazardous environments.
Our unmanned robotic systems are designed to handle the toughest cleaning and recovery tasks within oil tanks and pits. These technologies not only enhance safety by eliminating the need for manual intervention in dangerous conditions but also improve the effectiveness and speed of the cleaning and recovery processes.
YORA Solutions FZCO is committed to providing cutting-edge solutions that meet the highest industry standards. Our robotic technologies are engineered to deliver superior results, reducing downtime and operational disruptions while ensuring compliance with environmental and safety regulations.
Partner with YORA Solutions FZCO for reliable, efficient, and safe oil tank and oil pit cleaning systems and oil recovery solutions, leveraging the latest in unmanned robotic technologies.
In Depth
Technology
The robot used for cleaning oil tanks with high-pressure jet nozzles is a specialized, unmanned device designed to safely and efficiently remove sludge, debris, and residues from the interior surfaces of industrial storage tanks. Here’s a brief description:
Design and Structure:
• The robot is compact, durable, and equipped with tracks, allowing it to navigate inside the tank.
• It features a high-pressure jet nozzle mounted on a rotating arm, which can direct powerful streams of water or cleaning agents across all tank surfaces.
Operation:
• The robot is remotely controlled by operators outside the tank, ensuring safety by eliminating the need for human entry into potentially hazardous environments.
Capabilities:
• The high-pressure jets are powerful enough to break down and dislodge tough sludge, scale, and other residues.
• The robot’s design includes sensors and cameras, allowing operators to monitor the cleaning process in real-time and make adjustments as needed.
• It can work in various types of tanks, including those with complex geometries or confined spaces.
Advantages:
• Reduces human exposure to dangerous conditions, such as toxic fumes and confined spaces.
• Increases cleaning efficiency and consistency compared to manual methods.
• Minimizes downtime for the tank, allowing for quicker return to service.
This robotic technology represents a significant advancement in industrial tank cleaning, offering enhanced safety, effectiveness, and operational efficiency.
Recovery:
Gravity Dynamic Separator (GDS):
Separates sludge into oil, clarified water, and cake.
Equipped with skimmer for oil collection.
Allows for water reuse and separation of mechanical impurities.
Centrifugal Decanter:Reduces water consumption and densifies sludge cake.
Separates liquid/mechanical impurities using centrifugal force. Optional Items:Dehydrator: Separates mechanical impurities from water-oil emulsion.
Chemical Reagent Supply Node: Doses reagents for separation of impurities. Additional Accessories:Aid in achieving specific quality outputs for oil, water, and solid sludge.
Belt Conveyor:Unloads mechanical impurities from the centrifuge.
40 Ft Container: Equipped with necessary equipment for the cleaning process.
Provides a contained space for the technology setup.
