Air pollution is one of the major problems&nbsp;faced in urban areas. UN Environment&nbsp;Program (UNEP) states that poor air quality&nbsp;causes more than 7 (seven) million premature deaths every year.&nbsp;70% of these deaths due to air pollution occur in&nbsp;Asia Pacific including Indonesia. The transportation sector is&nbsp;the main source of air pollution in urban areas.&nbsp;Motor vehicle emissions contribute 70% to&nbsp;Nitrogen Oxides (NOx), Carbon Monoxide (CO),&nbsp;Hydrocarbons (HC), Sulfur Dioxide (SO2) and Particulate Matter (PM) pollution in urban areas.
Road traffic can contribute up to 80% of the total pollutants in urban areas, so monitoring, controlling and reducing emissions from motor vehicles should be a priority for the Government Therefore, it is necessary to design and manage transportation and mobility more intelligently. By identifying the emissions of each vehicle individually, the circulation of highly polluting vehicles can be prevented.
High-emission vehicles make up only 1-5% of the total fleet. All types of vehicles can be high emitters. New or old vehicles, diesel or gasoline, cars or buses Recent data shows new vehicles less than 6 years old account for 25% of high emitters Any vehicle can be a high emission vehicle because it usually has some defects: missing particle filters, poor combustion, inoperative injectors, even manipulated SCRs
Based on the Paris Agreement in 2015. Each country, including Indonesia, sets a target for its contribution to GHG emission reductions, which is then outlined in the Nationally Prepared Contribution (NDC document). Indonesia set an emission reduction target of 29% through its own efforts and 41% with international support.
The Opus Remote Sensing Device (RSD) remotely measures exhaust emissions from motor vehicles as they drive past remote sensing devices on roads and highways.&nbsp;The RSD can measure emissions emitted by circulating vehicles under actual conditions. Since it only takes one second to take a measurement, it can capture a large amount of vehicle emission data in a short period of time. In addition, RSD monitors vehicles without disrupting traffic flow.
OPUS RSD measures the concentration of Carbon Monoxide (CO), Hydrocarbons (HC), Oxides and Dioxides of Nitrogen (NO and NO2), Particulates (PM), and Ammonia (NH3). The system shines ultraviolet and infrared light across the road. The sensors detect emissions from tailpipes, as well as evaporative emissions caused by leaks from fuel lines, pumps, tanks, and other components. The device also captures vehicle license plates and measures vehicle speed and acceleration at the time of emissions measurement.

New Technology OPUS Remote Sensing Device, Real-World Traffic Emissions

Our case studies showcase real-world success stories where our expertise in safety, health, and environmental technologies has delivered measurable results.

Real Results, Real Impact

The Air Quality Monitoring System is designed to continuously assess and track air quality in industrial and urban environments. This system ensures that harmful pollutants and emissions are kept within safe limits, contributing to cleaner and healthier living and working spaces.

Air Quality Monitoring

Water monitoring solutions ensure that water quality meets safety and health standards. These systems are essential for detecting contaminants in water sources, safeguarding public health and protecting the environment in both industrial and city settings.

Water Monitoring

Gas detection systems are engineered to identify harmful gases in various industrial processes. These systems play a critical role in preventing accidents, ensuring worker safety, and protecting the environment by detecting and alerting the presence of toxic or flammable gases.

Gas Detection

A comprehensive range of Occupational Health and Safety solutions helps businesses maintain a safe work environment. These services include safety audits, risk assessments, and the implementation of preventive measures to protect employees from workplace hazards.

Occupational Health and Safety

Specialized monitoring for sound and vibrations ensures that noise pollution and vibrations in industrial or urban areas are within acceptable limits. This helps protect public health, reduces stress levels, and ensures compliance with environmental regulations.

Sound and Vibrations

Electromagnetic Fields (EMF) and Radiation Monitoring systems measure and control exposure to electromagnetic radiation. These systems help prevent health risks associated with prolonged exposure to high levels of radiation, ensuring safety in both industrial and residential environments