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RNP Jetty

RNP Jetty


Project includes fabrication, delivery, installation, supervision and start-up of 15 metering instalations for five berths locations with the purpose of metrological (custody) flow measurement of petroleum derivatives, compressed hydrocarbons, benzene and toluene. All measuring lines are realized and delivered on skids.

Transfer measuring and flow control of above mentioned liquids is carried out in flow computers autonomously on five dislocated Local Terminal Stations (LTS) that are, in the same time, integrated via network in the central Loading Control System (LCS).

Custody transfer systems are made and delivered on the basis of metering and control technical solutions by WIG Belgrade experts and conform to technical requests of NIS Pančevo Oil Refinery, made according to modified base documentation by Enereco S.C. Italy.  Also, WIG Belgrade as ISOIL Impianti partner has overtaken the technical and operative task of assembling and completing the project.

Custody transfer metering skids are created on the basis of PD flowmeters produced by ISOIL Impianti Italy and Coriolis flow and density meters produced by KROHNE England. Also, control valves produced by Flowserve Austria, temperature and pressure transmitters produced by SMAR Brasil and prover connections delivered by ISOIL Impianti are built in. Degassing vessels and strainers were made by Feromont Oprema Pančevo, according to the requests and documentation of ISOIL Impianti Italy. ISOIL Impianti Italy has also delivered marine grounding systems. Local Terminal Stations and central Loading Control System are based on flowcomputers and Foundation fieldbus control equipment produced by SMAR Brasil/USA. PC workstations and servers are produced by IBM, and HMI applications are made in Wonderware software.

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Project Details


Our confidence and wide range of options are the result of support and cooperation we have been cultivating for more than 20 years with our Principals and Partners.

We also promote products and represent our principal's interests with an accent to provide comprehensive customers support in instrumentation selection and application, consulting, distribution of products and systems created by our principals and partners. After that stage, we take care of long term genuine spare parts supply and provision of technical documentation and manuals, software tools for operating and maintenance and many other customer related aspects.

Our automation & control solutions range from conceptual design to start-up and commissioning and include control system configuration & integration, safety control systems, remote instrument enclosures (RIEs) & panels enclosure and panels design and traditional automation & control services combined with advanced applications offerings and field construction services

WIG offers an independent approach to vendor selection and application.

Our vendor-independent approach allows us to objectively assist in the selection process of the major controls in order to maximize operating efficiency and productivity. Also, as an engineering company, we have the internal knowledge and resources necessary to offer our clients turnkey solutions, from concept to commissioning and startup. Our extensive project management experience, paired with a structured implementation approach and early involvement in the project, can significantly reduce rework and associated costs later in the project.

WIG is one of the leading providers, in this part of Europe, of automation & control services, including system engineering, specification, integration and implementation.

Experience matters. We have built a reputation for innovation, quality and value through skillfully engineered automation & control systems to the upstream oil & gas as well as, water&wastewater, food and beverages and refining and chemical industries. We deliver projects to customers schedule, managing multiple and diverse technologies, automation, maintenance and business system integration and lifecycle costs.

IIoT data loggers for remote data services on solar power stations represents a modern and efficient approach to optimizing the operation of energy systems.

IIoT devices, such as temperature, light intensity, voltage, and current sensors, can be installed on various components of a solar power station, including solar panels, inverters, and energy storage systems. These devices collect real-time data on the station's operation and transmit it to a central server via a communication network, such as 4G/5G or Wi-Fi.

The collected data can be analyzed using machine learning algorithms and analytical methods to detect anomalies, optimize equipment operation, forecast energy production, and achieve other objectives. For example, data analysis can help determine the optimal time for equipment maintenance or prevent potential failures.

The advantages of using IIoT for solar power stations include increased operational efficiency, reduced operational costs, rapid problem diagnosis and resolution, as well as the ability for remote monitoring and management. However, implementing such systems requires a comprehensive approach to design, installation, and maintenance, as well as ensuring data security and protection.


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