Cutting Commercial Waste
Sustainability

Why Businesses Need to Adopt Green Tech Solutions

The concept of environmental protection is no longer reserved for a niche group of scientists, professors and activists. The demand for green tech solutions has expanded on both a local and global level due to awareness of climate change and how pollution impacts health. Here's a look at what green technology is and how it contributes to a stronger business model.


Evolution of Green Technology

Green technology comprises systems and equipment that help reduce greenhouse gases in the environment. The earliest signs of green technology appeared in the early nineteenth century as the industrial revolution was changing the world. During the rise of factories, scientists began to study the negative effects of coal-burning plants on the environment.

In the late nineteenth century, an environmental movement developed among people who loved the great outdoors and sought to preserve nature. From this movement led by John Muir, co-founder of the Sierra Club, emerged views on wilderness preservation and conservation of natural resources.

By the 1960s, America had coast-to-coast highways full of traffic fueled by the oil industry. During this time scientists became more aware of dangers related to CO2 pollution caused by the burning of fossil fuels. Rachel Carson's book Silent Spring woke up many politicians that chemical pesticides used in agriculture were linked to cancer and other illnesses.

In the decade that followed, the Environmental Protection Agency (EPA) was created to study pollution and propose solutions for a healthier environment. The EPA set goals on reducing toxins and waste while aiming for cleaner air and water. In the 90s, there was a growing demand for EVs but oil interests fought the development until the emergence of Tesla in the 2000s. Now EV-charging stations are expanding across the United States.

Green tech is more than a trend, it's part of the paradigm that's taking over. Every business faces financial challenges that include energy costs. Keeping costs under control is now what many investors want to see, as sustainability is becoming a central theme in business. As environmental awareness grows, so does the demand for green tech solutions.

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Core Green Tech Industries

At the core of green tech development are green energy producers, manufacturers and recyclers. Here are the main green tech solutions blossoming in the 2020s:

  • Renewable Energy: Solar and wind are the leading forms of renewable energy. Utility companies have embraced these clean energy solutions for backup resources and cost-cutting.
  • Electric Vehicles (EVs): Only a small percentage of Americans drive electric cars in the 2020s, but the number is expected to grow exponentially in the next decade. EVs are emissions-free and can go 300 miles on a single charge, which can be powered by solar panels.
  • Sustainable Farming: The organic food market has grown significantly in the last few decades as consumers want less exposure to toxic pesticides. Organic farming is part of sustainable agriculture, which includes reducing water waste and maximizing eco-friendly solutions.
  • Recycling: Almost all materials used for making consumer products, including e-waste, can be recycled by a recycling center. Metals, plastics, wood and glass are commonly reused to make new products. Recycling can be a solution to supply shortages as well as a strategy to reduce waste in landfills.

Other new sustainable solutions are emerging, such as carbon capture technologies that remove greenhouse gases from the environment. Digital transformation and the proliferation of IoT devices has allowed professionals to monitor environmental activity with the goal of reducing harmful pollutants.


Escalating Use of Green Tech

Green tech, also known as clean tech, is gaining in adoption among many different types of businesses. Part of this push toward green tech comes from local, state and federal governments with incentives to go green and stricter laws on pollution. California has mandated an end to selling new gas-powered vehicles in the state next decade, which has forced several automakers to develop EVs.

The supply chain crisis during the pandemic caused many businesses to rethink their logistics and seek more sustainable solutions in warehousing and transportation. Businesses are widely embracing the notion of well-being as a necessary component of the workplace, which means reducing indoor air pollution with modern HVAC systems.


Why Solar Energy is Here to Stay

Solar energy is now the least expensive form of alternative energy, as reported by the International Energy Agency in a 2020 report. Furthermore, solar power is now the cheapest form of electricity in history. The reason it's safe to say solar is here to stay is because the sun is expected to keep shining for millions of years. Continuous improvements in cost efficiency and energy efficiency make solar impossible to ignore as all businesses look to cut energy costs.


Investing in Green Energy

Environmental, social, governance (ESG) scores are now on the radar of the investment community. While definitive standards are still needed for ESG scores, the point is that an increasing number of investors are concerned by how companies use resources. Companies that create massive pollution often face massive lawsuits, while those going green get better press.


Conclusion

Green tech is more than a trend, it's part of the paradigm that's taking over. Every business faces financial challenges that include energy costs. Keeping costs under control is now what many investors want to see, as sustainability is becoming a central theme in business. As environmental awareness grows, so does the demand for green tech solutions.

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Earth 4.0
Sustainability

Earth 4.0: How IoT Contributes to Sustainability

Businesses across various industries are now emphasizing sustainability for both economic and environmental protection. No longer can any company take natural resources for granted. Helping reduce CO2 emissions is now a global effort among industries and citizens. Here are ways that smart technology is contributing to the new paradigm of sustainability.


Smart Energy Strategies

Every business needs to manage its energy efficiently to keep costs under control. Part of embracing smart energy is to tap into renewable energy that doesn't emit dangerous greenhouse gases. If your company invests in solar panels, it will be contributing to reducing strain on the traditional electric grid system.

Utilities have benefited tremendously with smart infrastructure of interconnected smart devices. No longer do system vulnerabilities take months to correct. Energy producers have helped pave the way toward sophisticated networks of IoT sensors that save energy, time and money.

IoT sensors can now be placed strategically throughout a property to accurately measure real-time energy use and identify energy waste. Thanks to smart technology integrated with HVAC systems, it's possible to know your heating or cooling usage at all times of the day with clicks on an app. It further gives you the power to make temperature adjustments remotely.

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Measuring Air Pollution

Air pollution is not a debatable theory. It's something that can be measured by smart technology. The Air Quality Index (AQI) developed by the Environmental Protection Agency is a key metric for measuring air quality. The five major pollutants it measures in the air are:

  • Ground-level ozone
  • Carbon monoxide
  • Sulfur dioxide
  • Nitrogen dioxide
  • Aerosols and airborne particles

The reason air pollution monitoring is important is because the World Health Organization has reported that both indoor and outdoor pollution are responsible for about 7 million global premature deaths. The largest source of global air pollution comes from the oil and gas industry. Smart technology can at least measure pollution so that the danger it poses becomes a growing part of regulatory discussions.


Smart Waste Reduction

Garbage produced by city populations has created landfill buildup, which threatens to leak toxic waste in the environment. The World Bank projects that solid waste buildup will grow by 70 percent by 2050. Despite stricter regulations, waste still builds up in areas beyond landfills from illegal dumping. Part of the solution is to monitor waste in as many areas as possible by placing sensors in dumpsters and municipal trash containers.
Smart waste management involves using IoT sensors to detect real-time waste levels in receptacles. This information helps waste removal services set appropriate pickup schedules for different types of waste.


Fleet Monitoring

By tracking vehicle metrics in fleet monitoring, it's possible to maximize fuel efficiency while reducing emissions. Headquarters can monitor fuel efficiency at all times and determine which vehicles provide the most overall cost efficiency. From there, the transportation firm can replace or improve underperforming vehicles.

Fleet data has helped transportation companies determine they should move away from diesel fuel in the future due to its excessive CO2 emissions. Many logistics firms are planning on adopting electric vehicles in the future as part of a goal to reach zero emissions.

The data from fleet monitoring can also help these firms optimize routing, as well as evaluate driver behavior. IoT sensors can track driving actions such as braking and accelerating, as well as vehicle speeds in relation to speed limits.


Smart Water Monitoring

Over half of the global population will live in water-stressed regions by 2050, according to MIT researchers. Due to this grim forecast, it's essential for citizens, businesses and governments to adopt aggressive methods of reducing water waste. At one time, water leaks were something water utilities accepted as regular losses, but now with smart technology, it's possible to detect leaks when they happen and fix them quickly. Sensors can be placed in pumps and valves to identify water quality as well as leaks.


Smart Agriculture

The expansion of population alone in the future will be a strain on natural resources, while climate change presents even greater challenges to the food supply. Smart sensors measure cultivation conditions in the soil, water and air, helping farmers maintain and protect crops. The UN's Food and Agriculture Organization (FAO) has warned that food production must increase by 50 percent by 2050 to meet global demand. By then, the population will be an estimated 10 billion people.

IoT devices will help farmers deepen their understanding of activities such as seeding, fertilization and irrigation. Smart technology can be used to alert farmers when unhealthy conditions threaten crops.


Temperature Monitoring

Improper temperature in the supply chain leads to food waste, which is a major reason why one-third of the world's food goes to waste. But when IoT sensors are installed to measure temperature, humidity, light intensity and other conditions throughout the supply chain, analysts can pinpoint where tolerance thresholds are breached. They can then fix these vulnerabilities right away to prevent food waste.


How Geofencing Protects Wildlife

Endangered wildlife can now gain better protection with the help of human friends and IoT sensors. Reindeers, for example, are vulnerable species in Norway, as the population has dwindled to under one million. About 10 percent are killed each year by wolves or colliding with trains. But by placing IoT sensors in locations where these herds live, scientists can monitor their movements. Geofencing is the use of RFID chips that can be located geographically via software and trigger digital events.


Detecting Marine Life

At one time conservationists chose to track sea creatures from the air. But this method did not fit the concept of sustainability because it was too costly. Today, IoT technology keeps improving for tracking fast-moving marine life like sharks. Scientists can track them with sensors and cameras through device tagging. IoT apps can be used by fishermen to get a clear idea of the certain types of fish that populate a waterway.


IoUT Applications

An emerging technological breakthrough for people with aquatic careers is Internet of Underwater Things (IoUT). These new tools can be used to protect the ocean and prevent environmental destruction. Here are 4 key applications of IoUT devices for measuring environmental conditions:

  1. Safe water - IoUT devices can measure pH and other metrics relating to water quality. Such a device may encompass a surface buoy, battery, antenna and sensors.
  2. Ocean debris - Several projects are underway to monitor ocean water quality. One example is an automated ship called the Mayflower Autonomous Ship (MAS). Integrated with AI technology, this solution detects pollution such as microplastics in the water.
  3. Marine life tracking - Sea creatures can be tracked using pop-up satellite tags that detach from the marine life eventually. Scientists then collect the tags on the ocean's surface.
  4. Caring for endangered species - IoUT devices can ultimately prevent the extinction of endangered marine life species. When technology experts, conservationists and local communities combine costs and preservation efforts, it can help an endangered species survive.


Future IoUT Challenges

One of the main challenges for IoUT to overcome is that radio signals weaken underwater and don't travel far. A focus on improving underwater transmission will empower scientists enormously. A move toward underwater optical communications would deliver more reliable results with wider bandwidth. The use of underwater robots will also play a role in protecting and improving the environment.


Conclusion

Sustainability is a growing concern around the world as smart technology is proving to help pave paths to more eco-friendly and economical solutions. People should venture into IoT technology and how it can make your business greener and more efficient.

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Green Technologies
Sustainability

Green Technologies for a Sustainable Future

Ever since the invention of electricity, we could create sustainable power. The invention of solar panels has led us to this point and will lead us into an age of even greater power. Discover the world of green technologies that will define the future of sustainability

Green technologies have helped spawn all kinds of businesses in recent years, and many more are cropping up every day. We've got companies selling solar energy systems, wind turbines, and energy-efficient products. Some are even selling services to help others become more sustainable.

Some businesses are even going green without being asked! One example would be Google, which has been making its data center infrastructure greener for quite some time now. In fact, the company has been investing around $100 million a year in renewable energy since 2010. Google also has a $1.5 billion investment fund that it uses to finance renewable energy projects worldwide.


Energy-Harvesting Sensors

Today, self-powered switches use sensors to detect changes in light levels or motion and convert this into an electrical current to power themselves. They have been designed to replace traditional switches, which require a constant supply of electricity from the primary power source to remain powered on.

Traditional switches often consist of two metal plates, which are connected by wires to an electricity source. When pressed by a finger or object, it breaks the circuit between the two metal plates, cutting off the flow of electricity. These self-powered switches have been designed to replace these traditional switches.


Energy Efficiency Sensors

With the right technologies, buildings can be built that are much more sustainable. IoT sensors that monitor things like humidity, temperature, and water flow can reduce the energy required to keep a building comfortable.

The IoT enables smart applications that can utilize the information generated by these objects to manage assets more efficiently, conserve resources and save money for the operators/owners/users.

Some examples include collecting data from sensors on a solar panel to optimize its performance-tracking usage patterns for energy conservation -monitoring a person's activity levels to alert them about health risks.

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Carbon Capture Storage

Carbon capture and storage (CCS) is a generic term for various technologies to reduce carbon dioxide (c02) emissions from point sources, such as power plants, industrial manufacturing facilities, and off-shore oil and gas extraction platforms.

The process involves separating the carbon dioxide from other waste gases, compressing the carbon dioxide, and either transporting it to a storage site or injecting it into a secure underground location where it cannot enter the atmosphere.

The purpose of CCS is to prevent emissions from reaching the atmosphere and contributing to climate change by either avoiding the release of all forms of carbon into the atmosphere or at least sequestering (i.e., capturing and storing) those carbon emissions that cannot be prevented from being released.


Remote Working

In the United States, approximately half of the total energy consumption comes from commercial buildings. More than one-third of that energy consumption is due to building operations (lighting, heating, cooling, etc.). Reducing energy consumption makes good economic sense by saving on energy costs and by reducing greenhouse gas emissions.

Incorporating more remote working into your company can lead to a more positive impact on your employees and the environment. By having more of your employees working remotely, you will be able to reduce carbon emissions, which will have a positive effect on our climate change crisis.
The idea of reducing our dependence on oil and other fossil fuels can make a huge difference in the future of our planet Earth.


Smart HVACs with IoT and AI sensors

With energy efficiency being a top priority, smart HVACs are gaining importance in the market. These smart HVAC systems take care of temperature control and air quality and provide security alarms, record activity, and provide other services, including home automation.

Many modern thermostats are connected to your Wi-Fi network, which means they're able to connect directly to the internet and draw data from smart devices like light bulbs or motion sensors.

And by using advanced artificial intelligence (AI) algorithms, these thermostats can learn your preferences over time, so your home maintains the perfect temperature without you having to lift a finger.


Hydrogen Fueled Cars

Hydrogen-fueled cars can go up to 300 miles on a single tank of hydrogen, which only takes about five minutes to fill. Though they are similar in design to hybrid cars, they run on electricity generated by hydrogen fuel cells instead of gasoline engines. The fuel cell combines hydrogen from the tank with oxygen from the air to create electricity that powers the vehicle.

Unlike gasoline, which is burned and turned into carbon dioxide, hydrogen only produces water as its byproduct. This way, it's much better for the environment.

With the rise of the sustainability movement, people are becoming increasingly conscious of their impact on the environment. With this consciousness comes a need for innovations that will help keep our planet healthy. The above are just some of these innovations.


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Waste Collection
Sustainability

Smart Bin and Smart Waste Management System: How IoT is Enhancing Waste Collection

Sustainable solid waste management has become a huge concern for municipalities worldwide as cities face a population increase that is quite unprecedented. A recent world bank report shows that about 2.01 billion tonnes of solid waste are produced annually, with 33% disposed of in an environmentally degrading manner.

According to the same world bank report, the figures are expected to rise by a further billion tonnes of produced garbage over the next four decades.

Municipalities and private garbage management companies have tried to address this issue by improving their internal operational processes to increase Return on Investments.

But this strategy has failed because the dumping trucks must pass by each trash bin physically to check the trash level. This manual system results in time and cost inefficiencies when trucks pass to check dumpsters that do not need emptying.


IoT Waste Collection to the Rescue

Climate change due to global warming has prompted calls for governments to reduce their carbon emission footprint in line with United Nations Sustainable Development Goals 2030. A clarion call has been issued for better climate change handling.

This has forced both municipalities and the private sector to turn to smart waste management technology to improve recycling and collecting waste.

Components of a smart waste management solution kit include:

  • An IoT platform
  • A gateway
  • Sensors (endpoints)
  • Mobile and web applications


How IoT-Enabled Waste Management Solutions Work

Modern dumpsters are outfitted with sensors to detect their fill level, and application gateways link the IoT platforms. They also feature sensors that send data from the dumpsters to servers in the cloud. The IoT platforms process the raw data into actionable information. These sensors can be GPS, motion, light, or vibration sensors that monitor physical changes, temperature, and location changes.

These interconnected dumpsters send real-time information to garbage collectors who receive the information on their mobile or web platforms. The waste management companies can also use this information to optimize routes for trucks in areas where urgent priority is needed.


The Benefits of Smart Bin Technology in Waste Management

Decrease in operational costs: The real-time information received from smart dumpsters aids in route optimization of trucks which saves workforce resources and fuel.

No unattended garbage bins: The sensors detect the fill level of garbage bins and notify authorities via cellular signals when bins are near full. A scheduled pickup is then arranged for immediately.

Waste generation data analysis: Smart waste management solutions come with a data analytics platform that informs authorities on waste generation patterns and future patterns.

Less carbon footprint: IoT enables route optimization, which has led to reduced fuel consumption and lower carbon footprints.

Efficient recycling: IoT technology sets the pace for companies to use digital signature sanitation systems to recycle waste for finite and precious resources.


IoT Success Stories in Waste Management

Ecube LABS – CleanFLEX fil-level sensor

The CleanFlex waste management solution has enabled waste collection companies to increase their operational efficiency by up to 50% more. Their solar-powered eco-friendly garbage compressors hold garbage eight times more than standard trash bins.

They install fill-level sensors to detect the levels they can securely fill bins and send real-time information to cloud-based data analytics and monitoring platforms. Increased storage handling capability reduces picking frequency and minimizes carbon footprint.

Bin-e – Automating IoT management system

Bin – e is a waste management system developed by a Polish company that helps in waste categorization. It features fill control levels, data processing, and AI object recognition to make waste categorization more efficient.

These IoT-enabled bins can sort and identity waste by category: metal, plastic, paper, and glass. It can even notify collectors of the fill level of each category separately.

Evreka – Waste management system

Turkish-based Evreka installs industrial-grade sensors on garbage bins that are shock, heat, and water-resistant. These sensors collect environmental data, like fill level and temperature, and send this data for processing to servers in the cloud. This information is then used to plan frequency visits and to optimize vehicle routes.

In conclusion, municipal and waste management companies can leverage IoT-enabled waste management solutions to cut costs, increase customer service, and increase operating efficiencies. IoT technology is indeed becoming ubiquitous and is helping waste management become cheaper and more efficient.


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Green Building
Sustainability

Green Building for a Sustainable Future

Now that the environment has become a leading social and business issue of deep concern, green development is on the rise. The growing awareness of climate change is driving green initiatives to the forefront in the construction industry and beyond. Here’s a look at how green buildings are contributing to the broader goal of sustainability.


Understanding Green vs Sustainability Concepts

Going green is a major piece of the sustainability puzzle, particularly when it comes to reducing production waste and greenhouse gases. Sustainability is an umbrella concept encompassing modern solutions for an improved society, which includes issues like financial efficiency, energy conservation and ensuring a healthy workplace.

The three main components of sustainability are planet, people, and profit. It means organizations must take proactive steps toward protecting the environment, public health and investment capital to build a successful long-term business. Sustainability moves in the direction of less waste and more productivity without reducing quality of life for humans or animals.

Both green and sustainability concepts can be thought of as dimensions of social responsibility for individuals and the business world. Green buildings are a subset of sustainable buildings, which emphasize comfort, safety and efficiency. When contractors use the term “green building,” they are referring to a building designed to reduce or eliminate materials and processes that cause a negative impact on the environment.

Green certifications are issued for buildings that run on clean renewable energy such as solar. The costs of solar panels have declined significantly the past decade, encouraging steady adoption among stadiums, big box stores and data centers.


Sensor-Driven Solutions

A building becomes more sustainable when you add various forms of electronic monitoring with digital devices. IoT sensors placed throughout a building collect data for analysts to study for improved cost efficiency. They can monitor the temperature of any room from a central location and use remote tools to make adjustments when necessary.

Cybersecurity is another important aspect of sustainability since it pertains to privacy protection and avoiding breaches. The more buildings become populated with interactive sensors, the more opportunities hackers have to compromise systems. The solution is to build several layers of cybersecurity that include firewalls, encryption, virtualization and 24/7 monitoring.

In order for a facility to maintain an infrastructure comprising plenty of IoT devices, it’s advantageous to work with an experienced IT team. Working with the same consistent help desk gives its IT technicians a chance to learn the infrastructure so that diagnostic time is reduced.


Aiming for Clean Indoor Air

One way to go more green and sustainable is to prioritize and maintain a healthy work environment by reducing indoor air pollutants. Achieving proper airflow and routinely cleaning filters are important steps in building management to prevent unhealthy conditions. Breathing pollutants can lead to serious health problems affecting the eyes, nose, and the respiratory system. Air quality can be monitored by IoT sensors that deliver data to a mobile app.


Setting Sustainability Goals

The goal of becoming a more sustainable organization now directly correlates with public image and reputation. Even more important, sustainability has become the roadmap for business survival that investors expect. Reducing energy waste is now a top concern across many industries, as it also relates to cost-cutting. Monitoring temperature, humidity and CO2 levels helps cut waste.

LED lighting is an effective solution for cutting energy waste because it uses less energy to generate brighter lighting sources. Many city governments have adopted LED lights for parking and traffic signals because they last much longer and don’t require as much maintenance.


Conclusion

IT experts can help make sense out of the vast amount of data collected by IoT sensors in green buildings to improve environmental conditions. Access to a wealth of data from IoT devices allows analysts to make decisions that enhance a building’s sustainability. Today, achieving sustainable solutions through digital technology is a necessary imperative from a social and economical standpoint.


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Sustainability and IoT
Sustainability

Sustainability and IoT: Designing the Buildings of Tomorrow

Architects and designers can play a big role in making sustainable buildings that are attractive and comfortable for each person who uses them.

In addition to including sustainable design concepts in new construction, sustainable design advocates commonly encourage retrofitting existing buildings rather than building anew. Retrofitting an existing building can often be more cost-effective than building a new facility.

Existing buildings can be renovated to incorporate sustainable design attributes to lower operating costs, reduce environmental impact, and increase building resilience.

Sustainability concepts in building design change with time, but these six principles remain consistent:


1. Optimizing Site Potential

Local ecosystems, transportation methods, and energy consumption are influenced by a building’s location, orientation, and landscaping. Whether it’s a single complex or a massive one like a military base, smart growth principles are essential to incorporate into project development.

A successful building project will require the integration of site design and sustainable design, regardless of whether it is a new, or the retrofit of an existing structure.


2. Optimizing Energy Usage

U.S. Environmental Protection Agency statistics indicate that about 30% of the energy used in commercial buildings goes to waste. Therefore, sustainable building designs offer greater opportunities for building managers and owners to save money on operational costs.

Efficiencies in resource use and eco-friendly design reduce pollution and save energy to create healthy, productive, working and living spaces. An environmentally friendly building uses energy and natural resources efficiently to minimizes its impact.

With IoT, energy consumption can be predicted, consumption patterns can be traced, and energy usage can be optimized.


3. Improving Water Conservation

The United States is facing an increasing scarcity of freshwater resources. The design and construction of a sustainable buildings minimizes the impact on freshwater stocks by using water efficiently. A green building should also promote on-site water recycling whenever possible.

It has been common practice to conserve water, but next-generation smart devices utilizing IoT technology offer the best solution to take conservation to the next level. As the Internet of Things develops, smart water meters and sensors will become more prevalent in home and offices.


4. Optimizing Building Space and Material Usage

Natural resources (and the demand for them) are being used more and more as the world’s population continues to grow. Throughout the life cycle of a building, sustainable materials should be used and reused to maximize productivity and reduce waste.

By using sustainable materials, we can reduce global warming, natural resource depletion, and pollution. Sustainable buildings can benefit from IoT’s new smart construction and space management trends. The IoT dramatically increases traceability and control so that you can save money and improve facility management.


5. Enhanced Indoor Environmental Quality (IEQ)

In addition to occupant health, comfort, and productivity, good indoor environmental quality (IEQ) is crucial for constructing a building. Sustainability involves maximizing daylight, controlling ventilation and moisture, optimizing acoustic performance, and avoiding materials with highly volatile organic compounds.

Commercial air quality can be improved with HVAC modifications, although every building is different. Modern technologies such as IoT and the cloud have uncovered new real-time monitoring methods in many fields. Real-time IEQ monitoring applications will certainly emerge in the market. These types of visibility can be delivered through SaaS applications.


6. Optimize Operational and Maintenance Practices

Building owners have a unique challenge in balancing the needs of safe, secure, and productive environments while designing new or renovated sustainable buildings.

In collaboration with site contractors, engineers, architects, and other experts, they can suggest materials and systems which reduce operation and maintenance costs. These practices are cost-effective in reducing water, energy requirements, along with the level of toxic chemicals on-site and within the facility.


Conclusion

Modern civilizations must pursue sustainable development as a matter of urgency. Governments can safeguard their populations’ prosperity by strengthening their economies and infrastructure. Likewise, decision-makers should strive to achieve sustainability at every stage throughout a building’s usable lifecycle to achieve the benefits of maximum resilience with minimal environmental impact.


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IoT and sustainability
Sustainability

IoT and Sustainability Help Reshape the Workplace

The future of business will be built on IoT and sustainability. Those who embrace this dynamic will have an edge over skeptics who resist change. IoT sensors will spread throughout the workplace to measure processes, generating valuable real-time data for decision-makers to analyze. Here's a look at why enterprises are steadily embracing IoT and going more green.


Power of IoT for Business

IoT technology is at the foundation of Industry 4.0, which is the name for the next wave of industrial, commercial, and infrastructure technology that includes AI, automation, and self-correcting features. It's a digital transformation toward a more data-driven approach in real-time with the ability to monitor and adjust operational processes on the fly. Sensors and machine learning software will help gather data that can pinpoint system weaknesses and provide instant recommendations for solutions.

IoT sensors will make businesses more efficient in terms of cutting waste and deciding which parts of the operation would be better automated. Business continuity will be more predictable, while the customer experience will become more seamless.


Toward a Sustainable Business Community

Sustainability is a set of goals to achieve efficiency, reduce waste, and develop more environmentally-friendly solutions. Consumers and investors increasingly have an interest in companies going green in the wake of climate change. Now IoT sensors can monitor indoor pollutants and alert building officials to help prevent illness. Adopting IoT and sustainability goals will help companies streamline operations and evolve with greater efficiency than last century's corporate giants.


How IoT and Sustainable Solutions Improve a Business

The keys to business success in the future will be what they've always been, except decision making will be based on more accurate and timely data. Here are some of the ways IoT devices and analytics can help an enterprise become more eco-friendly:

  • Track Pollution Data - Indoor air pollution can cause health problems, and IoT sensors can help facilitate quicker response times to protect worker safety. Additionally, since about a third of greenhouse gases released in the atmosphere comes from industrial plants, it's crucial for these operations to use IoT data for alerts and to regulate the amount of toxins they are releasing into the environment.
  • Manage Resources More Effectively - Reducing the amount of wasted production materials and water can help cut costs and protect the planet. The key is using IoT data to detect vulnerabilities in the system and determine more sustainable methods to reduce the firm's carbon footprint. Going paperless will also contribute to greener operations.
  • Check Energy Consumption in Real-Time - IoT sensors track energy as it's consumed, so management can make quick decisions to keep costs from going out of control. The data can identify peak periods for production, in which renewables can play a role as supplemental energy.
  • Streamline the Supply System - Product and manufacturing data can be shared throughout the supply chain in real-time, which helps each supplier manage inventory more seamlessly. Monitoring a product's movement throughout the shipping process gives stakeholders access to its current location and condition. Careful tracking increases transparency and cuts down on lost or stolen products within the supply chain.


Conclusion

Embracing IoT and sustainability is crucial for today's businesses that plan to remain viable and competitive. Companies are realizing how IoT technology can upgrade their operations to be more profitable and eco-friendly. Sustainability isn't just a fad, it's the new blueprint for business survival. The combination of investing in IoT and establishing policies that promote sustainability will make a company stronger from the perspective of governments, investors, and consumers.


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smart waste management
Sustainability

IoT and Smart Cities: How Smart Waste Management is Helping Cities Cut Costs

Every city or town relies on waste management for disposing trash that otherwise might be a health hazard. But traditional waste collection methods have become outdated and inefficient.

Adopting smart waste management systems that utilize IoT sensors in trash containers has helped sanitation departments achieve greater efficiency, while helping cities cut costs enormously.

One of the big problems waste removal companies face is a growing population that generates more and more trash. The common person regularly contributes to generating daily trash and may assume it's no big deal once the collector takes their garbage away. On a global scale, about 2.3 billion tons of waste is produced by humans every year. Waste management analysts project the amount will be 3.4 billion tons by 2050. Sometimes dumpsters overflow with trash, which poses health risks. Cleanliness should be a concern.


How IoT Has Revolutionized Waste Management

The waste management industry has entered a transformation phase leading to more efficient operations. Driving these improvements are IoT sensors that collect data for analytics used for optimizing routing. The sensors are powered by RFID technology that communicates data to waste management analysts in real-time.

Traditional waste collection services have been based on set routing, regardless of trash levels. Driving through neighborhoods with near-empty trash containers can waste fuel and city resources. By installing IoT devices in trash containers that give pick up drivers accurate measurements on fill levels, waste removal departments have the opportunity to reduce the operational waste associated with fixed routing.


IoT Benefits for City Waste Management Departments

  • Lower collection costs - By monitoring trash cans, waste management officials are able to plan routes accordingly to maximize efficiency. IoT devices produce data that offers insights into how to effectively lower operational costs.
  • More reliable pickup service - The more waste collection departments know about which areas are in the most need of pick-ups, the more they are to provide reliable service. Historical dumpster data can be used to identify pick-up patterns to optimize routing.
  • Reduction in greenhouse gases - As routes are optimized, waste removal trucks will reduce travel miles, lessening their carbon footprints and contributing to more eco-friendly practices.


Smart Waste Solution Examples

Big metropolitan areas, such as New York City, have much more complicated waste management systems than small town services. So, it's no surprise that some of the earliest smart waste management deployments have occurred in major cities. Times Square was wired for smart technology in March 2013 to improve large scale waste management and recycling. The city's program has since grown to comprise nearly 200 smart stations. Additionally, now, 40 percent of public waste is properly recycled, and 50 percent less time is spent collecting bins.

Another example of a digitized waste management program began in 2009 in Hague, Netherlands. The city built underground trash bins that store considerably more waste. There are many other large metropolitan areas proving smart technology is helping local services streamline operations.

One of the leading smart waste solutions manufacturers is Sensoneo, which makes ultrasonic sensors that can monitor content inside various types of trash bins. Not only do the sensors measure trash levels, but they also identify how far the dumpster is from the nearest landfill. This technology helps cut collection costs by up to 40 percent.


Conclusion

Resistance to smart waste management deployment is fading as municipalities increasingly see the need to upgrade services to be more IoT-based. The costs of IoT devices are also dropping, which allows cities the opportunity to implement smarter and much more efficient operations more cost-effectively for waste management, as well as other municipal services.

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