
At Aries, we are fully equipped to conduct comprehensive environmental surveys across marine, offshore, and industrial sectors. Our expert team utilizes advanced technologies and methodologies to assess and monitor environmental conditions, ensuring compliance with regulatory standards and promoting sustainable practices.
Our portable equipment are easy to carry for offshore and international assignments, making us highly adaptable for various project locations. Additionally, our crew members are equipped with seamen books and foreign visas, ensuring immediate mobilization for any urgent requirements.
It assesses noise, light, vibration, and climate conditions in crew accommodation and habitat spaces against ABS Maritime Labour Convention (MLC) notation requirements. Aries Energy performs a gap analysis and prepares the test protocol, then executes the onboard survey and supports the class approval process with the results.
Aries Energy offers 3D acoustic modeling using Sound Plan software to predict and plan for noise reduction during the design/construction phase of a facility, in addition to measuring and mapping actual ambient and indoor noise levels once a facility is operating.
Yes, one provider can cover all three. Aries Energy’s environmental survey scope combines acoustics (noise measurement/mapping, sound insulation, reverberation time), air quality (ambient/indoor air, stack emissions, VOC analysis, particle counting), and vibration monitoring (whole-body and hand-arm) within a single integrated environmental survey service for marine, offshore, and industrial sites.
Aries Energy performs stack emission testing with formal certification, carried out under its ISO 9001:2015 quality management system, certified by ABS QE — so results are suitable for regulatory or compliance submission rather than internal reporting only.
Indoor Air Quality Monitoring
Ambient Air Quality Monitoring
Ambient Noise Monitoring
Stack Emission Test
Personal Noise Monitoring
Illumination/Lux Survey
Whole-body Vibration measurement
Hand Arm Vibration Monitoring