5 IoT applications that can reduce environmental impact

The escalating environmental crisis has become one of the most pressing issues of our time. However, modern technology known as the Internet of Things can serve humanity better. Wireless technology connects a wide range of devices, sensors, and drones that have adapted to many management processes and successfully complete their tasks in an environmentally sound manner.

 

The escalating environmental crisis has become one of the most pressing issues of our time.

 

However, modern technology known as the Internet of Things can serve humanity in a better way. Wireless technology connects various devices, sensors, and drones that have adapted to many management processes and successfully complete their tasks in an environmentally friendly manner.

 

Sustainable cities and communities, affordable and clean energy, responsible consumption and production – these are the main goals of the United Nations 2030 Agenda for Sustainable Development.

 

 

 

Interesting facts:

Did you know that 6% of the carbon dioxide in the atmosphere is produced by street lighting? Some countries are trying to reduce emissions by installing smart street lights. Smart sensors track how many cars or people are on the street and use this data to adjust the lighting levels.

 

But what other benefits can IoT technology bring to the environment?

 

 

 

 

Waste Management IoT

Another problem is the disorderly collection of garbage.

Fortunately, there are now smart solutions on the market. Automatic route optimization for garbage trucks is becoming increasingly popular, allowing managers to plan an automated route for them that prioritizes areas that are in urgent need of cleaning.

The smart bins can be tracked remotely using an app: as soon as the bin needs to be emptied, the system sends an alert. This smart solution makes urban waste management more efficient and actively reduces the ecological footprint.

 

 

 

 

Smart Agriculture IOT

By 2050, the world’s population will have grown to 9.1 billion – 34% higher than today. To provide enough food for this increase in population, agricultural production must increase by 50%.

Farmers have already started using IoT technology. Precision agriculture can control everything and help farmers adjust their workflow easily, for example, they place smart sensors in the fields and remotely monitor temperature, soil moisture, precipitation, and fertilizer levels.

They will also receive weather forecast information and predict weather patterns for the next few days. With just a smartphone, farmers can track livestock and crop statistics while using drones for crop monitoring, planting, crop spraying and field analysis. In addition, IoT technology also helps reduce electricity and water usage.

 

 

 

 

Energy Management IoT

A recent study conducted by Schneider Electric found that integrating IoT solutions into energy management not only improved the safety and stability of production processes, but also reduced electricity consumption by 24%.

The idea of generating green energy in your own backyard is becoming more and more popular these days. With smart energy solutions, you can easily meet your home needs and become independent from traditional power companies.

 

 

 

 

To do this, you need the right IoT energy and infrastructure solutions to improve efficiency. IoT-enabled sensors and analytics, solar panels, rainwater collectors, light and heat trackers, smart roofs and windows can be connected into one system. In addition, you can manage your smart home using easy-to-read dashboards and controls on mobile apps.

 

 

 

 

IoT for Oil and Gas Pipeline Management

Although pipelines are the safest, most cost-effective way to transport fuel, they can still affect people and wildlife and lead to serious negative environmental consequences.

 

According to the latest research, about 85% of products are not recycled after accidents, 53% of oil spills lead to soil contamination, and 41% of accidents affect environmentally sensitive areas.

 

Fortunately, the integration of IoT solutions can play a major role in reducing environmental impact. The global IoT market for oil and gas management solutions is expected to reach $30.57 billion by 2025.

 

Predictive analytics helps reduce the number of unplanned repairs, thereby lowering operating costs. Adaptive diagnostics improve equipment operation and minimize repair costs.

 

Real-time data analysis allows the system to send alerts of equipment failures before downtime occurs. IoT sensors also provide predictive maintenance, monitoring characteristics such as refrigerant temperature, low battery, compressor condition, etc. Therefore, IoT technology will help prevent environmental hazards such as potential oil and gas leaks. In addition, acoustic sensors will detect pipe ruptures, while fiber optic sensors will detect pipe wall deformations.

 

 

 

 

Preventing poaching

Another incredible environmental achievement enabled by the Internet of Things is saving endangered animals. This technology makes it possible to track and collect information on the location and average movement speed of animals. (From the Internet of Things Home Network) This data is then used to develop analytical models, especially to help predict when animals may be in danger, including threats from poachers crossing their habitat.

 

Poaching has declined in recent years, which shows that all efforts to protect wild species with the help of IoT are yielding incredible results.

 

For example, in Spain, they are trying to monitor and track the few remaining wild Iberian lynx in the country. Scientists and wildlife researchers use special collars to determine the geographical location and habitat of the animals. As a result, the population of this species is gradually recovering thanks to the obtained IoT data.

 

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