Bureau Veritas’ white paper, entitled “Remote inspections – A solution for the present, an opportunity for the future” is now available and can be downloaded below. It outlines how important it is for companies to rely on remote inspections to ensure business continuity and thei vision goes much wider than the maritime sector and across industry in general.
Organizations worldwide are rethinking the way they do business, following the rapid acceleration of digitalization trends and uptake of remote working. This has created both challenges and opportunities across sectors, driving a shift towards remote inspection that has revealed multiple advantages says Bureau Veritas.
Last year, satcom specialist IEC Telecom highlighted that demand for digital technology had risen tenfold as maritime businesses embraced new ways of working during the coronavirus pandemic inspiring a technology revolution. But why has it taken a pandemic to change attitudes to technology?
2020 was the year where remote working became the norm. Lockdowns and restrictions forced many businesses to close offices and move their workforce to home working. Shipping companies sent shore-based teams to work from home where possible. However, this highlighted some huge technology gaps. Those that had the right online tools and access to the cloud already could access data and information from any location and continue work. Others though, still reliant on paper-based systems and outdated technology realized they couldn’t function effectively in this new remote world, and something needed to change.
A Dutch inland vessel is going to be converted later this year to operate on a zero-emissions hydrogen propulsion system. The project is viewed as a prototype for the development of a fleet of inland and shortsea vessels that will operate in the region and be available for charter.
CWind Pioneer is the world’s first hybrid powered Surface Effect Ship (SES) and has been delivered by CWind, a leading provider of project services, CTVs and GWO-accredited training courses to the offshore wind industry.
Named the CWind Pioneer to demonstrate its position at the forefront of crew transfer vessel innovation, the vessel was developed in response to an industry-wide push to develop and deploy innovative technologies that reduce CO2 emissions, while cost-effectively servicing windfarms located further offshore. The CWind Pioneer achieves this through a hybrid diesel and battery electric power system which enables the vessel to operate purely on battery power while in harbour or at standby in the windfarm, resulting in a decrease in fuel burn and CO2.