To conduct the following study for the Anokyi Mainline Compressor Station (AMCS) EPCC Project of Meridian Logistic and Engineering (MLE) on behalf of Ghana National Gas Company
SIMOPS study;
HAZOP study;
LOPA study;
SIL study; and
QRA study.

Provide pump package stress, structural stress and lifting analysis for PW Pump Skid.

Safety Design Review - DNO North Iraq Topping Facility.

To perform engineering, detailed design including all analyses, procurement personnel support, preparation of operation and maintenance manuals, Commissioning and Start–up assistance to Company’s Operations Group as required and for the provision of all records / documentation necessary for the complete performance of the Work.
Also responsible for all aspects of the Services, with regard to Health, Safety, Security and Environmental (HSSE) performance, quality management, schedule, cost, and functionality.

This pipeline traverses over the Khabour River via an underwater crossing, at which the original design was to bury the pipeline below the riverbed. During recent inspections, it was found that the pipeline was exposed at the Tawke side of the river crossing, and approximately 15 to 20m length of the pipeline was found to be unsupported.

Engineering Support for the Peshkabir Gas Project to provide Pre-FEED team that shall perform engineering to enable a FEED contract to be awarded for the Peshkabir Gas Project Facilities at the Peshkabir, Tawke and Fishkhabour sites and provide all records / documentation necessary for the complete performance of this scope.

To explore possible options and provide recommendation for the Peshkabir 2nd stage separator associated gas capture and enhance the gas handling compression and injection.

Evaluate the Process Issues with the aim of de-bottlenecking the facility to achieve the original design intent. Conduct Site Visit and Sampling to inform de-bottlenecking recommendations. Adhere to DPOC Standards & Codes, South Sudan’s Rules, Regulations, and Laws, and International Standards and Best Practice

HAZOP Review

Preparation of a detailed engineering package for the piping tie-ins related to the installation of a reciprocating compressor package in Khormor Facilities. ExidaSP shall develop a 3D model in CADWorx for the piping tie-ins associated with the reciprocating compressor package, including the inlet piping, outlet piping, flare piping, fuel gas piping, instrument air piping, and nitrogen piping.
Conduct piping stress analysis using Caesar II for all tie-in lines to confirm compliance with applicable piping codes, design criteria, and COMPANY specifications.
Prepare the related isometrics and a Material Take-Off (MTO) for all piping tie-in lines covered under the scope.

This project involves the detailed engineering design of a new blowdown system for ten LPG storage bullets at the Khor Mor LPG Plant operated by Pearl Petroleum in the Kurdistan Region. The objective is to enable safe, controlled, and independent depressurization of each LPG bullet without interrupting truck loading operations. The proposed system will route blowdown vapors from each bullet to a common header connected to the existing flare system, ensuring compliance with ASME B31.3, API 521, and COMPANY isolation philosophy requirements. The scope includes piping, structural, and stress analysis design, tie-in engineering, 3D modeling, material take-offs, and HAZOP review to enhance operational flexibility, safety, and environmental compliance. Additionally, the project includes assessment and optimization of the existing cold vent system using DNV PHAST dispersion analysis.

Engineering and Design of additional LPG loading pumps at the Khor Mor LPG Plant to handle increased capacity from the new KM250A train. The scope includes detailed design, site survey, and integration of new pumps and systems to support 1,600 MT/day loading capacity.