Chess Subsea Engineering

29/05/2026

We are the first choice for subsea engineering and training in the subsea, oil & gas, offshore, pipeline, dredging, Methanol, CNG, LNG and renewables and we stand out thanks to the quality of our technical capabilities and excellent customer service 😍

29/05/2026

29/05/2026

***Drilling Operations & Well Planning Engineering Master Class for Field Technicians & Engineers (OODE) Level 1 & Level 2***

A typical subsea deepwater blowout preventer control system (BOP) includes components such as electrical and hydraulic lines, control pods, hydraulic
accumulators, test valves, kill and choke lines and valves, riser joint, hydraulic connectors, and a support frame.

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Note:

Chess Subsea Engineering is the ideal solution for onboarding competence training and on the job subsea operations familiarization, and a perfect start for building your subsea career internationally.

For enquiries on our range of marine, offshore, subsea & hydrodynamics engineering designs, analysis & simulations; please contact [email protected],
or watsapp us on +44 (0) 7930387345 (International) or +2348151453146 (Africa)

27/05/2026

***Drilling Operations & Well Planning Engineering Master Class for Field Technicians & Engineers (OODE) Level 1 & Level 2***

A level of containment must be maintained when working with the mud and substances that could cause breaks in the flow of extraction. There are several features in a BOP that play different roles, and two general types of valves to assist the apparatus
in case of a bad kick: Full Opening Safety Valves (TIW valve) and Inside BOP valves (Gray Valve).

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Note:

Chess Subsea Engineering is the ideal solution for onboarding competence training and on the job subsea operations familiarization, and a perfect start for building your subsea career internationally.

For enquiries on our range of marine, offshore, subsea & hydrodynamics engineering designs, analysis & simulations; please contact [email protected],
or watsapp us on +44 (0) 7930387345 (International) or +2348151453146 (Africa)

25/05/2026

***Drilling Operations & Well Planning Engineering Master Class for Field Technicians & Engineers (OODE) Level 1 & Level 2***

The blowout preventer, or BOP, is safety equipment designed to prevent uncontrolled flow of formation fluids during drilling and completion operations. During drilling, mud is pumped down the drill string to lubricate and cool the bit, and provide equalizing pressure in the well. If the well’s hydro-static pressure falls below the formation’s pressure, a kick can occur, allowing gas, oil, and saltwater fluids to enter the well bore.

During a kick, these pressurized, combustible, hydrocarbons can be pushed up the well bore to the surface, where they may potentially blow out the well and ignite. The BOP has the capability to control this flow by sealing off the well bore in several ways.

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Note:

Chess Subsea Engineering is the ideal solution for onboarding competence training and on the job subsea operations familiarization, and a perfect start for building your subsea career internationally.

For enquiries on our range of marine, offshore, subsea & hydrodynamics engineering designs, analysis & simulations; please contact [email protected],
or watsapp us on +44 (0) 7930387345 (International) or +2348151453146 (Africa)

24/05/2026

Introduction to Offshore Single Point Mooring Bouy Operations (IOSPMBO) Level 1 🙂

For registeration contact [email protected] directly ❤️

23/05/2026

Subsea processing is transforming offshore production efficiency. Engineers now deploy seabed boosting pumps, separation systems, and long-distance tie-backs to unlock marginal deepwater fields economically. As energy demand grows, subsea innovation is reducing topside complexity while improving recovery rates, reliability, and sustainability across modern offshore developments worldwide today.

14/05/2026

***OIL & GAS WELL COMPLETION ENGINEERING MASTER CLASS FOR FIELD TECHNICIANS & ENGINEERS (OOWC) LEVEL 1 & LEVEL 2: WELL COMPLETION ENGINEERING***

Completion engineers must also stay abreast of the latest developments in technique, materials and technology. This can be accomplished by socializing with services providers who work on other operators wells, data sharing with other operators where the company may have a NonOp position or a data sharing relationship, talking with vendors, attending seminars and conferences, and socializing with other operators over beers. In a rapidly evolving field like completion engineering, where efficiency can mean the difference between making a profit or a loss, staying informed is a critical part of the completion engineer’s job.

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Note:

Chess Subsea Engineering is the ideal solution for onboarding competence training and on the job subsea operations familiarization, and a perfect start for building your subsea career internationally.

For enquiries on our range of marine, offshore, subsea & hydrodynamics engineering designs, analysis & simulations; please contact [email protected],
or watsapp us on +447930387345 (International) or +2348151453146 (Africa)

11/05/2026

***OIL & GAS WELL COMPLETION ENGINEERING MASTER CLASS FOR FIELD TECHNICIANS & ENGINEERS (OOWC) LEVEL 1 & LEVEL 2: WELL COMPLETION ENGINEERING***

Well Completion Engineering encompasses the following steps:

I. Creating the Authority for Expenditure (AFE);
II. Designing the Completion Process: Perforation Design, Pump Schedule and Completion Procedure;
III. Sourcing the Materials, especially fluids and proppants;
IV. Orchestrating the Various Service Providers, particularly the frac crew, drill-out, frac data/consulting, tubing, and assembling the Christmas tree;
V. Orchestrating the daily and summary drilling reports and their distribution both internally and to Non-Operating partners (NonOps);
VI. Collecting field cost estimates and forwarding those to accounting;
VII. Hand-off to the Production team;
VIII. Reviewing all service provider bills and approving them for payment;
IX. Assembling and analyzing all completion data in an effort to refine and optimize the process for the next well;
X. Sharing all completion data with NonOps.

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Note:

Chess Subsea Engineering is the ideal solution for onboarding competence training and on the job subsea operations familiarization, and a perfect start for building your subsea career internationally.

For enquiries on our range of marine, offshore, subsea & hydrodynamics engineering designs, analysis & simulations; please contact [email protected],
or watsapp us on +447930387345 (International) or +2348151453146 (Africa)

07/05/2026

***OIL & GAS WELL COMPLETION ENGINEERING MASTER CLASS FOR FIELD TECHNICIANS & ENGINEERS (OOWC) LEVEL 1 & LEVEL 2: WELL COMPLETION MATERIAL MANAGEMENT: FLUIDS***

Frac fluid requirements are also impacted by increases in the pumping pressures and the number of stages per well. This increases the demand for frac fluid. Unlike sand, which is easily stored onsite, frac fluids have limited onsite storage in frac ponds. These ponds must be continuously replenished from wells, ponds, rivers and lakes. In addition, companies are increasingly treating and reusing the brackish water from producing wells. Frac fluid management–which involves sourcing water, scheduling recycled fluids that cannot be stored in frac ponds, and moving water between ponds as needed, and scheduling the wells that consume the fluids–can be a very tricky process to manage. Of course, with idle costs of $100,000-$250,000 per day during the frac process, running short of frac fluid can be a costly mistake.

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Note:

Chess Subsea Engineering is the ideal solution for onboarding competence training and on the job subsea operations familiarization, and a perfect start for building your subsea career internationally.

For enquiries on our range of marine, offshore, subsea & hydrodynamics engineering designs, analysis & simulations; please contact [email protected],
or watsapp us on +447930387345 (International) or +2348151453146 (Africa)

04/05/2026

As stage counts have grown, the amount of proppant, typically sand, has increased as well. Increases in pump pressure, and more perforations per lateral foot, mean more and longer fractures. This increases the amount of proppant required per well. In areas such as the Permian Basin, two factors–high drilling intensity and increased proppant per well–combine to create cost and sourcing challenges for proppants. Not only is sourcing challenging, and expensive, but trucking logistics can also be difficult.

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Note:

Chess Subsea Engineering is the ideal solution for onboarding competence training and on the job subsea operations familiarization, and a perfect start for building your subsea career internationally.

For enquiries on our range of marine, offshore, subsea & hydrodynamics engineering designs, analysis & simulations; please contact [email protected],
or watsapp us on +447930387345 (International) or +2348151453146 (Africa)