5 Ways IoT Can Help Environmental Sustainability
The IoT app development sector has become a rapidly growing field and offers several IoT application development services for overall well-being. Most industries have started adopting Internet of Things (IoT) technology for general well-being.
Since last year, this technology has done business worth around 212 billion dollars in the global market, and it is expected that this value will reach 1567 billion dollars by 2025.
Learn how IoT technology can help your establishment to accomplish sustainable goals.
IoT reduces air pollution:
Poor air quality inside your home or office building can directly impact your family members and employees. Sometimes it may cause ‘sick building’ syndrome. Thus, if you are running an industrial or corporate office, it’s your responsibility to maintain good professional safety and health measure in and around your factory or commercial building.
You can achieve a more productive and healthier environment for your employees by installing IoT enabled indoor air quality monitor machine. Smart sensors of IoT identify the air-pollution sources accurately and also monitoring them closely.
IoT sensors can detect carbon monoxide, volatile organic compounds (VOCs), and other common pollutants. Thus, giving you the exact picture of the air quality inside your commercial building.
Similarly, IoT-based smart traffic lights can adjust the traffic volume leading to an effective reduction in greenhouse gas emission from idle vehicles in the signal areas.
If you hire IoT developers, along with IoT application development, they can help you with data analysis and can advise on types of prevention strategies to improve the quality of your workspace.
IoT presents smart agriculture
IoT has introduced crop monitor machines in the market intending to maximize crop production. These smart sensors can easily track crop growth and detect anomalies, thus giving a chance to resolve problems immediately. They also monitor soil quality, moisture, air quality, hydration, light, crop nutrition, and diseases in real-time.
This data enables farmers to deploy a perfect irrigation system and improve agriculture practices to maximize production and meet future challenges. Such IoT enabled sensor also helps in reducing the use of artificial fertilizers and pesticides by assisting farmers in analyzing when and where they need to apply the chemicals.
Indoor firms such as Bowery and AeroFarms have already adapted IoT-based agriculture techniques and utilize them to grow crops in a completely controllable environment.
IoT lessens water loss and solves the water pollution problem:
Water is one of the essential commodities needed to survive on earth. In terms of environmental sustainability, IoT has brought a fantastic solution to reduce the water loss problem. We’ve already mentioned that IoT technology helps the farmer to choose the perfect watering pattern for farming.
According to Agrisource’s survey, it saves more than 750,000,000 liters of water in this way. Plus, it reduces water loss significantly in commercial and industrial fields by detecting pipe leakage problems.
IoT can also help protect rivers, the sea and ocean, and other water bodies from illegal waste disposal and illegal fishing. Some factories discharge their industrial sewages into nearby water bodies; IoT technology stops such illicit activity by monitoring the water levels of the sewerage system.
According to ‘Indiana University, IoT-based monitor machines prevent more than 3.8bn liters of raw industrial effluents from entering the water bodies every year.
IoT Maintains Biodiversity and stops Species Extinction:
Monitoring a large forest area is not an easy task, but IoT technologies make this task easy for the forest department. This technology helps them to track illegal poaching and deforestation and also in wildlife conservation.
IoT technologies track endangered animals and find out the factors that threaten particular species. Plus, many wildlife experts and scientists use IoT technology to collect data about the behaviors of these species, like their migration habits, mating habits, and feeding habits, to re-establishing the species again.
Iot reduces electricity consumption:
The American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE) recommends installing a standard ventilation method inside commercial buildings.
Thus, owners of commercial buildings unnecessarily waste their money and energy on cooling or heating the outdoor air where they can install a demand-controlled ventilation system. Such an IoT-based automatic ventilation machine monitors the levels of carbon dioxide inside the building and automatically ventilates when it senses the necessity of improving indoor air quality. It also reduces electricity consumption as your building’s heating and the cooling unit uses a nominal amount of energy.
In this way, when you use IoT technology-based intelligent lighting systems, communication features, and advanced HVAC systems, it cuts 60% to 80% of energy costs for a building and improves sustainability.
Besides, IoT enables us to use renewable energy in households and industrial areas by introducing a different type of solar power plant for industrial and personal use, wind turbines, and hydroelectricity plants. It is expected that thus we can save more than 1.3 trillion MWh of energy by 2030.
Conclusion
The IoT adaption leads us toward a notable cost savings process and provides many environmental benefits for survival on this planet. IoT introduces the green driving concept to control global warming issues, promotes energy-efficient smart lighting systems for industrial and personal use, improves our agriculture sector, and works for the betterment of the ecosystem, and is continuously helping us in environmental sustainability.
