Booms: Floating barriers (booms) are used to contain the spilled oil, preventing it from spreading further.

Skimmers: Devices like disc skimmers, brush skimmers, and rope mops are used to remove oil from the water's surface.

Adsorbents: Materials like aerogels, sponges, and carbon nanotubes can absorb large amounts of oil, which can then be collected and disposed of.

Mesh Rollers: Specialized rollers can be used to collect oil from the water's surface.

Hydrophobic Sponges: Sponges coated with a hydrophobic polymer can absorb oil while repelling water, allowing for efficient oil separation.

Geo-Boom™️: This technology uses location-tracking to monitor the position of containment booms, improving response efficiency.

In-situ Burning: In-situ burning involves controlled burning of the oil slick on the water's surface.

Chemical Dispersion: Dispersants are chemical agents that break down oil into smaller droplets, making it easier for natural processes to break it down. Dispersants can be effective in preventing heavy oiling of sensitive coastal areas.

AI and Machine Learning: These technologies can be used for oil spill detection, trajectory modeling, and resource allocation.

ERMA: The Environmental Response Management Application (ERMA) is a tool that integrates data and information to support oil spill response and restoration efforts.

Deep-sea imaging systems: Systems like TAMU-CAM can be used to study oil and gas releases from deep-sea sources.