The Depot Area Anti-Mixing Dispatching System provides users with multiple functions, including equipment dashboard, dispatching dashboard, operation monitoring, dispatching task management, equipment maintenance, and material statistics and analysis. Through this system, managers can gain a comprehensive understanding of the real-time status of the depot area, clearly view key data such as pending approval work orders and unassigned unloading platform numbers, enabling efficient, accurate dispatching and effective supervision.

The Unloading Anti-Mixing Controller (UMPA-100 series) integrates multiple functions, including vehicle body static grounding detection, human body static discharge, key management, and card-based identity verification. It is designed to control the unloading process and ensure the conformity between the medium and crane position.

The technology of OKet Vap-O-Loc fully composite floating roof originates from Dynaglass, a company based in Singapore.
The Vap-O-Loc fully composite floating roof possesses the following technological features:

Based on digital and networked video surveillance, the AI intelligent video analysis system adopts AI intelligent behavior analysis technology to realize automatic identification of hidden dangers, second-level early warning, intelligent control, Real-time forensics.

OKet aims to achieve the digital management of all elements of enterprise safety production. Focusing on risk classification and control, hazard investigation and management systems, chemical process safety management, and safety production standardization, the system organizes various safety elements of the enterprise. This includes safety data sheets (MSDS), process technologies, equipment and facilities, design changes, construction and installation, maintenance, testing and inspection, evaluation, special operations, personnel qualifications, and training.

The system applies Bluetooth technology, and the positioning card worn by the personnel receives the signal broadcast by the Bluetooth beacon installed in the field, and sends the beacon data to the positioning base station through long-distance wireless transmission technology.

OKet has independently developed a Special Operation Full Process Information Management and Video Monitoring System. The system aims to utilize information technology to implement full-process information management for special operations such as hot work, confined space entry, blind flange removal and plugging, working at heights, lifting operations, temporary electrical work, ground breaking, circuit interruption, etc., including application, review, permission, supervision, and acceptance.

The Safety Production Dual Prevention Mechanism Information System of OKet is designed according to the basic requirements of national safety production standardization. It records the characteristics and laws of safety production through functional items. The system revolves around risk, adhering to the principles of proactive prevention and moving checkpoints forward.

The depot flowmeter automatic calibration system achieves the automation of calibrating the depot flowmeter by adding an automatic calibration system to a large standard metal meter (1000L or 2000L).

The OKet RTG7800 Radar Level Gauge is a high-precision measurement device capable of reliably measuring the level of both liquid and solid media. It maintains stable performance even in harsh environments with noise, steam, dust, and other challenging conditions. This level gauge is particularly suitable for measuring various media such as crude oil, volatile liquids, slurry, pulverized coal, and more. Its use of electromagnetic wave measurement technology ensures accurate readings under a wide range of operating conditions.

AMF series mass flowmeter of OKet adopts Coriolis force principle to design, develop and produce, mainly composed of two parts: sensor and transmitter. It is used to accurately measure the mass flow, density and temperature of fluids.

The Quantitative Loading Controller is specially designed and developed for the scenario of quantitative loading in fuel depots/chemical plants. It can be matched with flow meters, static electricity grounding devices, control valves, loading pumps, crane homing switches, upper computers, etc., to collect flow signals.