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Wireless technologies are increasingly employed in automation in latest research, and they are also diversified in the field of wireless communications. The progress made in wireless technology gives an excellent opportunity in an ideal location in the field of communication. If internet connection is supplied to embedded devices, the demand will increase owing to their remote access capacity. By utilizing the inbuilt Easy IOT server, users may monitor and control remote systems. In our everyday lives, wireless industrial automation is a primary problem. The Wireless Network method has now been standardized for industrial applications. Smart and low-cost automation of industrial processes is essential to enhance process efficiency, provide high-quality products and assure system timeliness and accuracy. Wireless is expected to be one of the fastest growing process automation technology in the field. This work focuses on the design and implementation of Raspberry Pi, a protected ARM embedded IOT server wireless communication system. We employ wireless technology for the efficient design and implementation of a system. Together with the Router, this wireless technology makes this system worldwide accessible. Different Microcontroller Sensors are interfaced. [ABSTRACT FROM AUTHOR]

Along with industrial development especially in oil and gas sector, growth of gas flaring as a side effect of the process is also increased, this has led to problems to global climate changes due to CO2 emissions. The reduction of associated gas flaring should be done because it still has added value by applying the right technology. The paper presents a techno-economic assessment of small-scale associated gas flaring on a flow station platform to find the best recovery option. The proposed recovery options are power generation, mini LNG and mini GTL. An assessment is carried out by process simulation of the options and cash flow method. The results show that first option provides 13 million kWh/year of electricity and second option gives 20 tpd of LNG, last option produces 80 bpd of synthetic crude. Power generation requires lowest CAPEX and provides highest IRR 30.12% with NPV 4.2 million USD. Power generation option becomes the best recovery option for the small-scale associated gas flaring utilization. [ABSTRACT FROM AUTHOR]

Industrialization is an improvement of existing manufacturing processes through invention or the creation of new technologies to make activities easier for human to execute. The fourth industrial revolution has several technical factors that needs to be studied properly to ensure it safety and feasibility, however the inclusion of the human component as the central and main focus in this revolution is rarely mentioned. This overview critically examines roles and challenges encountered by man in the new industrial revolution. The collaboration of human-machine component and their performance was also in this paper. [ABSTRACT FROM AUTHOR]

This document describes the experience gained from the project of implementing the Digital Manufacturing methodology to validate the industrial design of the AIRBUS A400M Final Assembly Line (FAL) in a virtual environment using state of the art Product Lifecycle Management (PLM) tools. The project has generated a remarkable innovation in the industrialization methods and tools used in AIRBUS Military, contributing to the A400M program success. The document presents: the background and reasons motivating the project, the context and the main barriers identified, and the definition of a Final Assembly Line. An innovative concept of industrial Digital Mock-Up (iDMU) was coined, representing the interoperable grouping of product, processes and manufacturing resources data. [ABSTRACT FROM AUTHOR]