Ammonia, traditionally used in agriculture and industry, is now emerging as a promising alternative fuel for large ship engines. With growing concerns over air pollution, sustainability, and greenhouse gas emissions, the maritime industry is seeking cleaner fuel options. Ammonia stands out due to its ability to significantly reduce CO2 and other emissions compared to conventional marine fuels, along with its global availability and ease of production. Challenges such as safe handling, storage, and distribution must be addressed for its successful adoption.
Optimizing the injection of gaseous ammonia in combustion chambers is crucial for valve design and combustion efficiency. In our collaboration with the Institut für Kolbenmaschinen IFKM (KIT), the Background Oriented Schlieren (BOS) imaging technique was applied to diagnose ammonia fuel injection. This is an essential step to maximize efficiency and minimize risks, preparing the way for a sustainable future in maritime transport.
We (“LaVision”) use cookies primarily to ensure that your visit to our websites is as pleasant as possible. Additionally, cookies allow us to save preferences, conduct marketing activities, measure our website traffic, and implement security features.
Cookies are small text files that are stored on your terminal device by our web application, and which enable us to recognize your internet browser.
In general, we are using technically necessary cookies and other functional, marketing, or analytics cookies.
Technically necessary cookies cannot be deactivated in your systems and are required to enable core site functionalities. They are essential to provide website functionalities and its features. Generally, these cookies are only set in response to actions you take that correspond to a request for service, such as setting your cookie preferences, logging in or completing forms.
In addition to the technically necessary cookies, we may also use cookies for performance, marketing and analysis purposes if you have consented to this by clicking the "Accept all" button. These cookies collect information about how you use our website.
You can edit or revoke your consent at any time via the “Cookie settings” link at the bottom of each page.