Concept design for floating offshore wind turbine installation with the Pioneering Spirit: A systems engineering approach

Due to the growing demand for offshore wind energy and the increasing wind turbine sizes, a shortage of capable installation vessels is anticipated by 2024. Consequently, the utilisation of heavy-lift vessels, previously not employed for bottom-founded or floating offshore wind turbine installations, may become imperative to realise the offshore...

Technical and economical feasibility of zero-emission walk to work vessels

Urgent action is needed to decrease maritime emissions. The renewable wind energy sector must also decrease its life cycle greenhouse gas (GHG) emissions. Total GHG emissions from offshore wind turbines are approximately 120% more compared to onshore wind turbines. Moreover, it is estimated that Walk to Work (W2W) vessels are responsible for 3.3...

Analysis of the performance of bank filtration for water supply in arid climates: Case study in Egypt

Bank filtration (BF) is acknowledged as a sustainable and effective technique to provide drinking water of adequate quality; it has been known for a long time in Europe. However, this technique is site-specific and therefore its application in developing countries with different hydrologic and environment conditions remains limited. In this...

A change of state: A thermodynamic and cost-effective optimized Trombe wall based on latent heat storage (LHS) for year round application

The following graduation thesis "A change of state: A thermodynamic and cost-effective optimized Trombe wall based on latent heat storage (LHS) for year round application” aims to investigate and optimize the thermal energy performance of a Phase change material (PCM) Trombe wall to create an economically feasible product. This passive system...