Wherever confined industrial spaces meet humidity and biological contamination
TurbineClean was formulated for the most demanding application in renewable energy maintenance, but the conditions it addresses exist across a range of industrial environments.
Offshore Wind — Nacelle Interiors
PrimaryThe primary application. The nacelle is where heat, humidity, poor ventilation, and six-month maintenance cycles create the most aggressive conditions for biological growth.
Offshore Wind — Tower Interiors
A hollow steel cylinder, 80–100 metres tall, with internal ladders, platforms, and cable runs. Salt content is higher in the lower sections.
Offshore Wind — Transition Pieces
Connects the foundation to the tower. Humidity and salt ingress are acute here given proximity to the water surface.
Offshore Wind — Hubs and Spinners
One of the most confined and difficult-to-access spaces. Grease, moisture, and limited airflow create unseen contamination.
Onshore Wind Turbines
Shares many of the same internal conditions: sealed nacelles, confined interiors, poor ventilation, humidity, and grease accumulation.
Offshore Substations and Platforms
Enclosed electrical rooms, cable compartments, and equipment housings share similar contamination risks.
Marine and Renewable Energy Infrastructure
Tidal energy converters, wave energy devices, and other marine renewable infrastructure face similar environmental challenges.
Have a specific application in mind?
If you are dealing with biological contamination in a confined, humid industrial environment, we would like to discuss whether TurbineClean is the right fit.