Right from the early 1950s, Remotely Operated Vehicles (ROVs) have been used for a variety of science, military, and salvage missions. These missions include photographing deep-sea animals, recovering torpedoes from the ocean floor, servicing underwater oil & gas structures, and locating historic ship-wrecks.
The need for a smaller version of the ROV arose due to the need for increased portability, the necessity to penetrate harder to reach areas and to possess more versatility.
The answer to these problems came in the form of the Mini Rover ROV, the world’s first small, low cost remotely operated underwater vehicle. It was designed and built by Chris Nicholson of Deep Sea Systems International, Inc. in 1983.
Organisations require innovative technologies to ensure their assets remain in top functional condition and their life span extended in a cost-effective manner.
Those who continually strive to provide these innovative solutions to maintain quality service with utmost regard for safety are highly sought for within the oil and gas industry.
One area where we see the highest potential for growth and innovation is Subsea operations. It is estimated that by the end of 2015, the international oil Companies operating in Nigeria will have sold at least 250,000 barrels per day worth of equity in onshore and shallow water producing assets in the oil producing Niger Delta region (Source: ‘Review of the Nigeria Oil and Gas Industry 2014’ by PWC). This represents the single highest opportunity for indigenous companies to participate in the upstream sector.