Fuel & Performance

When you start measuring your fuel consumption with accurate flow meters you can gain great insights into the ships everyday consumption. It gives you the means to adjust how you sail and find the most optimal way that saves you money. It also shows you the change in consumption when you implement improvements like hull cleaning and gives you a basis to make data driven decisions.

Continuously increasing the operational efficiency in shipping is a condition for staying in business. Increasing crew awareness and knowledge of accurate fuel consumption is key to getting the most out of improvement projects and new procedures. Data driven decision making in real-time is the cornerstone of securing the added profit when optimising your operation.

Cori-Flow Dosing Box for fuel/water additive dosing. Complete additive dosing solution, with high accuracy dosing. It is easy to install and have low maintenance. Remote access (e.g. via Ethernet/Internet).

The ShaftTRQ is a continuous shaft power measurement system that is easy and flexible to install and simple to operate.

Insatech Marine’s Bunker Management System is developed, designed and constructed to act as a safeguard against manipulation of bunkered marine fuel oil as well as counteracting it. By using equipment and methods that deliver high accuracy inline and real-time measurement during bunker operations, any attempt by the bunker service to gain an economic advantage is detected. This ensures you have the upper hand in any possible disputes.

The Bunker Blending solution will help you blend and deliver bunker fuel in the correct quality and in a well defined quantity. The solution uses flow meters based on the Coriolis principle, which provides you with a direct measurement of mass and density. This ensures delivery of bunker at any viscosity using the minimum but correct amount of gas oil. The bunker you deliver will therefor always meet the ISO 8217 requirements and both quantity and quality will be documented in an automatic bunker report.