Optimizing Technology Applications with Compatibility Challenges in Remote Operating Environments – A Niger Delta Case Study

Abstract

New Technology implementation brings intrinsic value to well delivery projects with enhanced capabilities for exploitation of hydrocarbon reserves. However, the planning of wells with new technology applications, especially in remote operating locations, comes with unique challenges of compatibility of existing equipment and unavailability of equipment required for the new technology system's deployment. This paper presents a case study of an engineered approach to equipment modification and retrofitting of wellhead equipment to achieve the required compatibility with a new technology solution identified for a well as a pilot. The limiting conditions encountered in the new technology implementation as presented in the case study are discussed together with the analysis of available concepts to resolve the ensuing gaps and the engineering design of the retrofit solution. The approach not only resulted in significant cost savings but has attendant value creation benefits. The methodology and thought process presented can be deployed to solve challenges that engineers are confronted with while planning, especially with new technology applications in remote operating environments as was used by OML 26 Asset in the installation of the first ESP artificial lift in the Ogini field.

Resource Limitations for Wireless Sensor Networks to Establish a Comprehensive Security System in the 5G Network

“…Considerations for this domain's current research include hardware, software, self-identification methods, energy and memory restrictions, deployment techniques, system navigation, security, and data management (Strumberger et al, 2019). The main objective of WSN is to use tiny, diminutive devices that are capable of gathering data from an actual place for a variety of uses, including target tracking, military missions, pipeline observing, weather forecasting, habitat monitoring, and traffic avoidance (Orogun et al, 2020).…”

“…With hesitation, one of the latest areas of scientific interest is autonomous computing. The suggested architecture integrates thermostatic features into the system for WSN to enable safety mechanisms in the event of unlawful, unintentional, or intentional modifications to security parameters (Orogun et al, 2020). Based on the preceding, WSN technology offers degrees of confidentiality and authentication capability that are effective and economical.…”