The practice is essential to the safety of waterway traffic, as it avoids or minimizes accidents that can cost the lives of people, cause damage to the environment and enormous material losses.
The structure is fully maintained by the practicing companies themselves, without the contribution of any public resource, related to the maintenance of the speedboats, the 24-hour operation of their Operations Centers, the training of their employees, the acquisition and maintenance of communication,...
I am not a computer savvy. My knowledge in programming and robotics and those sort of things is nil. I get lost in the sea of social media and easily entangle myself in the web. All I have done for the last 25 years or so is to pilot ships through the Panama Canal. However, during the last couple of years I have done my best to catch up with technology, since it has enhanced our possibilities and improved safety in our field. But still, I have to admit that I am way behind the new guys in this important issue.
Case Study Video:
BHP - a global mining company and port owner – asked us to develop a test set-up to see what happens during a snapback event and evaluate their safety protection fence. The test data helped in the development of a safer protection fence and gave real insight into snapback behaviour.
Collaboration with BHP, Geobrugg and Wilhelmsen.
