The Sinay PAM Buoy is an advanced, autonomous system designed for continuous monitoring of marine environments. It combines cutting-edge technology with robust design to provide reliable, real-time acoustic data. Operates 24/7 with solar power and efficient battery systems.

Two of our PAM buoys have been providing real-time wireless marine mammal monitoring in offshore Danish waters this last month for the great team at BioConsult SH GmbH. Signals from the buoys were relayed using our custom-designed antenna system to a mobile platform up to 1 km away. Another great job all round from all of the team!

Specialising in underwater acoustics and noise measurement, Seiche is the worldwide market leader in the provision of passive acoustic monitoring (PAM) equipment for the oil and gas, renewables, construction and marine science sectors.

A Passive Acoustic Monitoring (PAM) Buoy offers real-time acoustic monitoring with a smart hydrophone, environmental data buoy and global system for mobile (GSM) communications bridge. When deployed in the ocean, the PAM Smart Buoy captures sounds from the surrounding environment and facilitates real-time acoustic data transmission.

The Sinay PAM buoy is an innovative tool designed for advanced marine research and conservation, boasting three key state-of-the-art patents. Broadband hydrophones mounted on PAM buoys are tailored to detect the entire frequency range of marine mammal vocalizations, including all species of dolphins & whales.

A Passive Acoustic Monitoring (PAM) Buoy offers real-time acoustic monitoring with a smart hydrophone, environmental data buoy and global system of mobile (GSM) communications bridge. When deployed in the ocean, a PAM Smart Buoy captures sound from the surrounding environment and facilitates real-time acoustic data transmission.

Towed PAM is able to detect, localise and track vocalizing marine mammals in real-time. It is vital for mitigation during hours of darkness and poor visibility. The base system comprises an array cable of 250m, deck cable, audio processing unit, computer and headphones.

This plan presents the technical approach to performing near real-time Passive Acoustic Monitoring (PAM) during foundation pile driving and associated construction activities for the Coastal Virginia Offshore Wind Commercial (CVOW-C) project in state and federal waters offshore Virginia.

One remote PAM buoy ( Figure 8) was deployed 100 m from the pile site, with two observers (one operating the PAM) on a fishing boat. The PAM system consisted of two vertical arrays and four...

2021年10月26日 · Passive acoustic monitoring (PAM) represents a newer technology that has become one of several methods of choice for monitoring trends in the presence of species, the soundscape, mitigating risk, and evaluating potential behavioral and distributional changes resulting from offshore wind activities.