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A New Way to Clean Up the Steel Industry: Pioneering Sustainable Practices

by Editor
written by Editor

The steel industry, a vital component of global infrastructure, has long been associated with high carbon emissions and environmental degradation. However, in recent years, there has been a growing movement towards cleaner and more sustainable practices within the sector. Pioneering companies are leading the way by adopting innovative technologies and processes that reduce emissions, conserve resources, and promote a greener future. Let’s explore the new developments in cleaning up the steel industry and the potential for transformative change.

The Carbon Challenge in Steel Production:

Steel production is traditionally energy-intensive and heavily reliant on fossil fuels, resulting in substantial carbon dioxide (CO2) emissions. According to the World Steel Association, the industry accounts for approximately 7% of global greenhouse gas emissions. Recognizing the urgent need to address this challenge, stakeholders are exploring alternative approaches to minimize the carbon footprint associated with steel production.

 

Advancements in Clean Technologies:

Pioneering companies are investing in clean technologies to revolutionize steel production. One such breakthrough is the use of hydrogen as a clean energy source for steelmaking. By replacing traditional fossil fuels with hydrogen, the industry can significantly reduce its carbon emissions. Additionally, technologies such as electric arc furnaces, which utilize renewable energy sources, have gained prominence in steel recycling processes. These innovations pave the way for a more sustainable and environmentally friendly steel industry.

 

Circular Economy and Recycling:

Another key aspect of cleaning up the steel industry is embracing the principles of the circular economy and promoting steel recycling. Recycling steel not only conserves resources but also reduces energy consumption and emissions associated with raw steel production. Companies are investing in advanced recycling technologies, including

 

magnetic separation and sorting systems, to efficiently recover and reuse steel scrap. By creating closed-loop systems, the industry can minimize waste and contribute to a circular and sustainable economy.

Collaboration and Partnerships:

Achieving a cleaner steel industry requires collaboration between stakeholders, including steel manufacturers, policymakers, research institutions, and consumers. Governments and industry associations play a crucial role in providing incentives, setting regulations, and fostering innovation. Moreover, partnerships between steel producers and renewable energy providers are essential for ensuring a steady supply of clean energy to power steel production processes. By working together, stakeholders can create an enabling environment for sustainable practices and drive transformative change across the industry.

The Business Case for Sustainability:

Beyond the environmental benefits, adopting sustainable practices in the steel industry also presents significant business advantages. Companies that prioritize sustainability gain a competitive edge by attracting environmentally conscious customers and investors. Furthermore, sustainable practices can lead to cost savings through energy efficiency, reduced waste, and improved operational efficiency. By embracing sustainability as a strategic imperative, steel manufacturers can position themselves as leaders in the transition towards a low-carbon economy.

Conclusion:

The steel industry, once known for its heavy environmental impact, is now at the forefront of transformative change. Through pioneering sustainable practices, the industry is actively addressing its carbon emissions and environmental footprint. The adoption of clean technologies, the promotion of recycling and the embrace of the

circular economy are driving the industry towards a cleaner, greener future. By fostering collaboration, creating supportive policies, and prioritizing sustainability, stakeholders can accelerate the transition and ensure a sustainable and resilient steel industry. This shift not only benefits the environment but also presents significant business opportunities, making sustainability a win-win proposition for all.

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Econaur's Guide
Editor's PickNew Sustainable TechnologySustainable News

Econaur’s Sustainable Material Guide: Paving the Way for a Greener Future

by Editor
written by Editor

Introduction:

In the ever-evolving world of sustainable construction, Econaur, a startup dedicated to green building solutions, is set to launch a groundbreaking initiative – the Sustainable Material Guide. Slated for release during the Sustainability Awards 2023 in the last week of December, this guide promises to revolutionize the way we approach green building in India. In this article, we’ll delve into the objectives, benefits, and importance of the Sustainable Material Guide, inviting sustainable product companies to participate in this game-changing endeavor.

The Objective:

The primary objective of the Sustainable Material Guide is twofold:

  1. Showcase Sustainable Solutions: Econaur aims to provide a platform for sustainable product companies to showcase their innovative solutions. By doing so, they intend to bolster these companies and promote the adoption of sustainable building materials.

  2. Support Certification and Compliance: The guide also offers support to companies seeking Green Building certification and compliance with Energy Conservation Building codes. This assistance is invaluable for both new and established companies striving to meet sustainability standards.

Target Audience:

This guide is a handy tool designed to benefit various stakeholders, including:

  1. Architects: Architects looking to integrate sustainable materials into their designs will find a wealth of information and options in the guide.

  2. Consultants: Sustainability consultants can use the guide to recommend eco-friendly solutions to their clients, facilitating greener projects.

  3. Government Agencies: As the government pushes for sustainable infrastructure, this guide can assist agencies in making informed decisions about materials and certifications.

  4. Private Companies: Private organizations focusing on sustainable construction will find the guide to be a valuable resource for selecting materials and ensuring compliance.

Benefits of Participation:

Sustainable product companies that choose to participate in the Sustainable Material Guide stand to gain several advantages:

  1. Collaboration with Econaur: Companies will have the opportunity to collaborate with Econaur, a leader in the green building solutions space.

  2. Inquiries and Leads: Econaur will channel project inquiries to participating companies, potentially leading to new business opportunities.

  3. Recognition: By joining this initiative, companies can enhance their recognition within the sustainability domain, establishing themselves as champions of eco-conscious building practices.

Why Is This Important?

The importance of sustainable building materials and practices cannot be overstated:

  1. Environmental Preservation: Sustainable materials reduce energy consumption, minimize water waste, and lower pollution, contributing to the preservation of our environment.

  2. Energy Efficiency: Green building materials help create energy-efficient structures, decreasing the carbon footprint associated with construction and operation.

  3. Economic Benefits: Sustainable buildings often have lower operating costs, making them economically advantageous in the long run.

  4. Regulatory Compliance: As environmental regulations tighten, using sustainable materials becomes essential for compliance and avoiding potential penalties.

Conclusion:

Econaur’s Sustainable Material Guide is poised to be a game-changer in the field of green building solutions. By participating in this initiative, sustainable product companies can not only bolster their businesses but also contribute to a more sustainable future. With benefits ranging from collaboration opportunities to increased recognition, this is a call for all stakeholders to come together and make a positive impact on our environment, one sustainable building material at a time. Join the movement towards a greener, more sustainable future with Econaur’s Sustainable Material Guide.

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Indoor Air QualityNew Sustainable TechnologySustainable News

Study: Microorganisms’ Ability to Adapt to Climate Change May Help Reduce Global Warming 

by Editor
written by Editor

Climate change is one of the most pressing challenges facing our planet today, with rising global temperatures and greenhouse gas emissions threatening ecosystems and human well-being. While the impact of climate change is undeniable, a recent study sheds light on a fascinating aspect that offers hope for mitigating its effects. Microorganisms, the tiniest inhabitants of Earth, possess the remarkable ability to adapt and thrive in changing environmental conditions. Harnessing this unique capability may prove instrumental in reducing global warming and promoting a more sustainable future. 

Microbial Adaptation and Climate Change: 

Microorganisms, including bacteria, fungi, and algae, are abundant in every corner of the planet. Despite their minuscule size, they play critical roles in various ecological processes. As temperatures rise and climates shift, these microorganisms demonstrate their resilience by adapting to new conditions and even assisting in carbon sequestration. 
  • Carbon Cycling: Microbes participate in carbon cycling, a vital process in the global carbon balance. Some microorganisms facilitate the decomposition of organic matter, releasing carbon dioxide into the atmosphere. Others, like certain soil bacteria and algae, capture and store carbon through photosynthesis. Understanding and harnessing these mechanisms can help control carbon emissions. 
  • Methane-Eating Microbes: Methane, a potent greenhouse gas, is released during natural processes and human activities. Methanotrophic bacteria possess the unique ability to consume methane, converting it into less harmful substances. Research is underway to explore how these microbes can be harnessed to reduce methane emissions from landfills, agriculture, and natural gas operations. 
  • Algae and Bioenergy: Certain microalgae are efficient at converting carbon dioxide into biomass through photosynthesis. By cultivating these algae, researchers are exploring their potential as a renewable source of bioenergy while simultaneously reducing atmospheric carbon dioxide levels. 

Microbial Engineering for Climate Solutions: 

Scientists are now investigating ways to enhance microorganisms’ potential as climate change warriors. Microbial engineering involves modifying microbial genomes to optimize their abilities for carbon capture, greenhouse gas reduction, and other environmentally beneficial processes. 
 
  • Synthetic Biology: Synthetic biology techniques enable scientists to design and engineer microorganisms to perform specific functions. This includes engineering microbes to break down plastic waste, clean up oil spills, and sequester carbon more efficiently. 
  • Soil Microbiome Management: The soil microbiome, teeming with beneficial microorganisms, plays a vital role in nutrient cycling and carbon storage. By managing soil microbiomes, farmers and land managers can promote carbon sequestration and enhance soil health, mitigating the effects of climate change. 

Conclusion: 

Microorganisms’ adaptive capabilities offer a glimmer of hope amidst the challenges of climate change. As scientists delve deeper into understanding the intricate interactions between microorganisms and the environment, the potential for microbial engineering and management becomes increasingly evident. By harnessing the power of these tiny inhabitants, we can develop innovative solutions to combat global warming and create a more sustainable future. 

However, it is essential to recognize that microorganisms alone cannot be the sole solution to climate change. To address this complex issue effectively, a multifaceted approach that encompasses global cooperation, sustainable practices, and the transition to cleaner energy sources is necessary. By combining the power of microorganisms with broader efforts, we can strive towards a world where the impact of climate change is minimized, and the health of our planet is preserved for generations to come. 

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Energy EfficiencyNew Sustainable Technology

The Future of Real Estate in the Age of Wireless Technology

by Editor
written by Editor

Introduction

The real estate industry has witnessed significant advancements over the years, but none as transformative as the integration of wireless technology. As the world becomes increasingly connected, wireless building management systems (WBMS) have emerged as a game-changer in the real estate landscape. In this blog, we will explore the benefits of Wireless Building Management Systems and their applications, and finally, delve into the innovative Know Your Building™ system by Enlite that is revolutionizing the way we monitor, manage and monetise properties.

Benefits of Wireless Building Management Systems

a) Flexibility and Scalability: Traditional wired systems often require extensive infrastructure and complex installations, making them rigid and difficult to expand. Wireless BMS, on the other hand, offers unparalleled flexibility as they can be deployed effortlessly and scaled up or down to meet the property’s changing needs. This ensures a more adaptive and future-proof solution for real estate developers and property owners.

b) Cost-Efficiency: The cost of implementing wired systems can be prohibitive due to expensive cabling and labor costs. Wireless BMS significantly reduces these expenses, allowing real estate professionals to allocate their resources more efficiently. Moreover, the reduced installation time also leads to faster project completions and quicker returns on investment.

c) Energy Efficiency: Wireless BMS empowers property owners with granular control over energy usage, enabling them to optimize heating, cooling, lighting, and other utilities. Real-time data and analytics provided by these systems allow for data-driven decision-making, resulting in reduced energy wastage and substantial cost savings over time.

d) Enhanced Connectivity: With wireless technology, devices and sensors can communicate seamlessly across the entire building without the need for physical connections. This interconnectedness results in improved data flow, leading to better monitoring, maintenance, and security for the property.

Applications of Wireless Building Management Systems

a) Smart Climate Control: Wireless BMS allows real estate professionals to create personalized and responsive climate control systems. Occupants can have their preferences saved, and the system adjusts temperatures and ventilation accordingly, ensuring optimal comfort and energy efficiency.

b) Occupancy and Lighting Management: Wireless sensors can detect occupancy within rooms and areas, automatically adjusting lighting and HVAC settings accordingly. This feature prevents unnecessary energy consumption and extends the lifespan of lighting fixtures, leading to long-term cost savings.

c) Security and Access Control: Wireless technology enables smart security systems that integrate cameras, motion sensors, and access control mechanisms. These systems can be remotely monitored, providing real-time alerts and facilitating quick responses to potential security threats.

d) Predictive Maintenance: Wireless BMS gathers and analyzes data on building systems and equipment. By identifying patterns and anomalies, property owners can proactively address maintenance issues before they escalate, minimizing downtime and repair costs.

Introducing Enlite's Know Your Building™ Wireless BMS

Enlite, a leading innovator in building management solutions, has revolutionized the real estate industry with its cutting-edge Wireless Building Management System – Know Your Building™. This smart and scalable system brings together the benefits of wireless technology and advanced analytics, empowering property owners with real-time insights into their building’s performance.

Know Your Building™ offers a user-friendly interface that allows property managers to monitor and control various aspects of the building, including energy consumption, climate control, security, and more. The system’s machine learning algorithms continuously optimize the building’s operations, ensuring maximum efficiency and cost savings.

Conclusion

In conclusion, the future of real estate lies in the seamless integration of wireless technology. The benefits of Wireless Building Management Systems are immense, providing flexibility, cost-efficiency, energy savings, and enhanced connectivity. Enlite’s Know Your Building™ takes these advantages a step further, showcasing the potential of wireless technology to transform how we manage and interact with our buildings, paving the way for a more sustainable and intelligent future.

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Sustainable Building Management with Know Your Building
Building EnvelopeEnergy EfficiencyNew Sustainable Technology

Know Your Building: Empowering Sustainable Operations through Intelligent Insights

by Editor
written by Editor

In today’s era of sustainability, it’s essential to have comprehensive knowledge about your building’s performance and energy consumption. Enter Know Your Building, a groundbreaking platform that revolutionizes the way we understand and manages our built environment. With their advanced analytics and intelligent insights, Know Your Building empowers building owners and operators to make data-driven decisions, optimize energy efficiency, and create more sustainable spaces. Let’s explore the innovative features of Know Your Building and how it is transforming the landscape of building management.

 

 

Real-Time Data Analytics: Know Your Building leverages real-time data analytics to provide a deep understanding of a building’s performance. By integrating with various building systems, sensors, and smart devices, the platform collects and analyzes a wealth of data related to energy consumption, occupant comfort, and environmental conditions. This data is presented through intuitive dashboards, allowing users to monitor and evaluate building performance at a glance.

Energy Management: Efficient energy management lies at the core of sustainability, and Know Your Building excels in this domain. The platform offers robust energy monitoring capabilities, enabling users to track energy usage patterns, identify consumption trends, and pinpoint areas of inefficiency. Armed with this knowledge, building owners and operators can implement targeted energy-saving measures, reduce waste, and optimize their energy footprint.

Occupant Comfort Optimization: Know Your Building goes beyond energy management by prioritizing occupant comfort. The platform gathers data on factors such as temperature, humidity, and air quality, allowing users to assess and enhance the comfort levels within their buildings. By making informed adjustments to HVAC systems and environmental controls, building operators can create spaces that promote productivity, health, and well-being.

Predictive Analytics: Know Your Building leverages the power of predictive analytics to anticipate and prevent potential issues. By analyzing historical data and employing machine learning algorithms, the platform can detect anomalies and anomalies in energy consumption, equipment performance, and maintenance needs. This proactive approach helps to prevent costly breakdowns, optimize maintenance schedules, and extend the lifespan of building systems.

Benchmarking and Comparison: Know Your Building enables users to benchmark their building’s performance against industry standards and similar structures. This feature provides valuable insights into how a building performs relative to its peers, highlighting areas for improvement and setting achievable sustainability goals. By leveraging this knowledge, building owners can take proactive steps to enhance energy efficiency and position their buildings as leaders in sustainability.

Collaborative Insights and Reporting: Know Your Building facilitates collaboration and data sharing among building stakeholders. The platform allows for the creation of customized reports, making it easy to communicate building performance, energy-saving initiatives, and sustainability achievements with tenants, investors, and other relevant parties. This transparent approach fosters engagement, encourages accountability, and creates a culture of sustainability within the building community.

Benefits of enlite’s Building Management Systems: By adopting Enlite’s building management systems, buildings can unlock a multitude of benefits:

     

      1. Energy Efficiency: Enlite’s systems optimize energy consumption, reducing operating costs and environmental impact.

      1. Cost Savings: By identifying energy inefficiencies and implementing energy-saving measures, buildings can significantly reduce utility expenses.

      1. Enhanced Occupant Comfort: Precise control of HVAC and lighting systems ensures optimal comfort levels for occupants, contributing to productivity and well-being.

      1. Sustainability: Enlite’s focus on energy efficiency aligns with sustainable building practices, reducing carbon footprint and promoting environmental stewardship.

      1. Data-Driven Decision-Making: The comprehensive data analytics provided by Enlite’s systems enable informed decision-making, leading to continuous improvement and optimized building performance.

    Know Your Building

    Conclusion: Know Your Building is a game-changer in the realm of sustainable building management. By providing real-time data analytics, energy management capabilities, occupant comfort optimization, predictive analytics, benchmarking tools, and collaborative reporting, the platform empowers building owners and operators to make informed decisions that enhance efficiency, sustainability, and occupant well-being. Embrace the power of Know Your Building and unlock the full potential of your building’s performance in the journey toward a greener and more sustainable future. Visit knowyourbuilding.com and discover a new era of intelligent building management today.

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    Editor's PickNew Sustainable Technology

    Rising Plastic Pollution and the Menace of Microplastics: A Threat to Humanity and the Environment

    by Editor
    written by Editor

    The world is experiencing an increase in pollution. Every year, more than 430 million tons of plastic is produced, of which two-thirds quickly become waste, such as polythene bags. Microplastics are responsible for this plastic pollution, which is hazardous to both human health and the environment.

    Microplastics are tiny particles of plastic that are found in everyday items such as clothing, cigarettes, cosmetics, and more. According to the United Nations Environment Program (UNEP), the continuous use of these items is leading to a significant increase in plastic pollution in the environment.

    Today (June 5th) is World Environment Day, with a focus on addressing plastic pollution.

    Microplastics pose a threat to the environment and human health. They can have a diameter of up to five millimeters. Leakage from plastic production factories or improper disposal of plastic waste can lead to their entry into the oceans. This has a direct impact on the food chain. When birds, fish, or marine organisms ingest microplastics, they exhibit toxic and mechanical effects.

    As a result, these organisms experience reduced appetite, changes in behavior, and genetic mutations (alterations in DNA). Breathing difficulties can also occur. Humans also consume seafood, and consequently, microplastics enter the human body. When we breathe, drink water, or even through skin contact, our bodies absorb these microplastics. They have been found in various human organs, including the placenta of newborn babies.

    Microplastics refer to the small particles of plastic.

    Microplastics have a detrimental impact, especially on women’s health, due to the chemicals present in them. According to the UNEP’s 2021 report, microplastics and their chemicals have a negative effect on health, particularly on women’s health. They directly affect human genetics, respiratory rate, and mental development.

    Leticia Carvalho, the head of UNEP’s Marine and Freshwater Branch, states that the threat to humans, along with marine life, due to microplastics and its chemicals, has only just begun. It can be prevented from spreading, and efforts should be made in this direction. This will ensure the long-term well-being of humans, wildlife, and ecosystems.

    Leticia Carvalho, the head of UNEP’s Marine and Freshwater Branch, states that the threat to humans, along with marine life, due to microplastics and its chemicals, has only just begun. It can be prevented from spreading, and efforts should be made in this direction. This will ensure the long-term well-being of humans, wildlife, and ecosystems.

    The connection between microplastics and items such as clothing, cigarettes, and cosmetics:

    Cigarette waste is the most significant contributor to coastal pollution. Microplastics are also known as cellulose acetate fibers, mainly found in cigarette filters. Every year, approximately 10 billion people worldwide consume 6 trillion cigarettes, resulting in the widespread presence of these fibers. Cigarette waste is the largest contributor to coastal pollution. As a result, marine ecosystems are highly vulnerable to microplastic leakage.

    Around 9% of microplastics found in the sea come from clothing. Plastic is also present in fabrics made from polyester, nylon, and acrylic. Around 60% of the global clothing market consists of these fabrics. In the case of clothing, microplastics are referred to as microfibers. These microfibers are released when polyester, nylon, and acrylic garments are worn or washed.

    The sample of water from the South Atlantic Ocean shows both plankton and microplastics.

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    Building EnvelopeEditor's PickNew Sustainable TechnologyProduct ReviewsSustainable News

    Green Card – A much-needed vaccine for Green Buildings by Econaur

    by Editor
    written by Editor

    Are you aware of the New technology & products that are recently introduced in Green Buildings or Sustainable Buildings? If not then no need to worry because this is something about which people are not much aware of and we are here to guide you more about Sustainable Buildings. Green Building is an innovative concept.

    Green Buildings/Sustainable Buildings are made up of materials that do not harm the environment in any way. Proper Waste Management Systems, Energy efficient products, Water Efficient Products, Air Quality products and many more products that all together makes the green building.

     

    There are many reasons for making your building green. Few of them are:-

    1. Help you mitigate your electricity and water consumption bills.

    2. Provides with better quality of the environment at your space.

    3. Access to greater natural daylight.

    4. Improves health and well being of inhabitants.

    5. Protection of eco system.

    It is also noteworthy to see that The Government Of India is also focusing significantly on the concept of Sustainable Buildings and recently allocated a part of the budget to eco-friendly ways of living and green expenditure for sustainable development.

    Recently research was also conducted by Econaur on this concept. Econaur is India’s first integrated platform for all the green building solutions.

    And it was found that building professionals are facing a huge problem in taking decision on which product to choose for and from where to buy them for constructing the building.
    Also the prices of green products are higher hence leading to rising in the cost for making the building green. To overcome this problem, Econaur has recently launched a Green Card.

    What is Green Card?

    Green Card is a subscription Card with the motive of giving services in the construction and development industry. With the help of Green Card Econaur is aiming to promote the eco-friendly construction and Green Buildings by providing solutions to the Building Industry professionals & Sustainability Enthusiasts to learn more about the same.

    Why Green Card?

    Climate is changing continuously from the last few years due to different activities which humans are undertaking for their own benefit. WHO and many other organizations have already started giving warnings to get alert and take strict actions to prevent the changing climate otherwise it will become difficult for living organisms to sustain their lives on Earth.

    Econaur is very concerned about this and that’s why it has launched Green Card for the same. Econaur also wants to commute the difficulties faced by building professionals in Green Development Industry.

    Subscribe For 6 Months Plan
    Subscribe For 12 Months Plan

    Benefits of Green Card

    1.)Get 30 mins free consultancy by 30+ leading brands:-
    Green Card will help you connect with the manufacturers of different products only on one platform I.e. Econaur.
    Manufacturers will help you by giving the information about the required products by you and will guide you on how to use them.

    2.)Get Exclusive Discounts and offers:-
    Green Card will help people in construct their Building cost-effective or we can say reducing the cost of the Building.


    This will be made possible because Green Card Holders will get extra discounts and offerings on the purchasing of the products from Econaur. Green Card is also coming up with more services soon such as Technical Guidance on innovative products, Exclusive offers on the installation of products at your site, and much more.

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    Editor's PickNew Sustainable Technology

    A new, sustainable way to make hydrogen for fuel cells and fertilizers

    by Editor
    written by Editor

    A new sustainable and practical method for producing hydrogen from water has been discovered by a team of researchers at the RIKEN Center for Sustainable Resource Science (CSRS) in Japan led by Ryuhei Nakamura. Unlike current methods, the new method does not require rare metals that are expensive or in short supply. Instead, hydrogen for fuel cells and agricultural fertilizers can now be produced using cobalt and manganese, two fairly common metals. The study was published in Nature Catalysis.

    Unlike conventional fossil fuels that generate carbon dioxide upon combustion, hydrogen is a clean fuel that only produces water as a byproduct. If hydrogen can be extracted from water using renewable electricity, the energy grid can be made clean, renewable, and sustainable. Additionally, hydrogen is the key ingredient needed to produce ammonia, which is used in virtually all synthetic fertilizers. But instead of cleanly extracting hydrogen from water, currently, ammonia plants use fossil fuels to produce the hydrogen they need.

    • So why are we still using fossil fuels? One reason is that the hydrogen extraction process itself — electrolysis — is expensive and not yet sustainable.

    “This is primarily due to a lack of good catalysts. Currently, the most active catalysts for water electrolysis are rare metals like platinum and iridium, which creates a dilemma because they are expensive and considered “endangered species” among metals.

    Switching the whole planet to hydrogen fuel right now would require about 800 years’ worth of iridium production, an amount which might not even exist. On the other hand, abundant metals such as iron and nickel are not active enough and tend to dissolve immediately in the harsh acidic electrolysis environment.

    Why do we need hydrogen?

    Energy efficiency, renewable power, and direct electrification can reduce emissions from electricity production and a portion of transportation; but the last 15 percent or so of the economy, comprising aviation, shipping, long-distance trucking and concrete and steel manufacturing, is difficult to decarbonize because these sectors require high energy density fuel or intense heat. Green hydrogen could meet these needs.

     

    In their search for a better catalyst, the researchers looked at mixed cobalt and manganese oxides. By combining them, the researchers hoped to take advantage of their complementary properties. It was necessary to consider the high current density needed for practical application outside the laboratory.
    For industrial scale hydrogen production, it was needed to set study’s target current density to about 10 to 100 times higher than what has been used in past experiments,” “The high currents led to a number of problems such as physical decomposition of the catalyst.”
    Eventually, the team overcame these issues by trial and error, and discovered an active and stable catalyst by inserting manganese into the spinel lattice of Co3O4, producing the mixed cobalt manganese oxide Co2MnO4.
    Testing showed that Co2MnO4 performed very well. Activation levels were close to those for state-of-the art iridium oxides. Additionally, the new catalyst lasted over two months at a current density of 200 milliamperes per square centimeter, which could make it effective for practical use. Compared with other non-rare metal catalysts, which typically last only days or weeks at much lower current densities, the new electrocatalyst could be a game changer.

    In the long run, scientists are believing that this is a huge step towards creating a sustainable hydrogen economy. Like other renewable technologies such as solar cells and wind power, it is expected that the cost of green hydrogen technology to plummet in the near future as more advances are made.”

    The next step in lab will be to find ways to extend the lifetime of the new catalyst and increase its activity levels even more.

    You must be wondering why there is so much content and news on Hydrogen? We can understand your feelings! Now if you have already spent so much time on this blog then please hold for few more minutes and you would get to know about whole scenario and why this single chemical element is getting so much importance.


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    Editor's PickNew Sustainable TechnologyRenewable Energy

    National Energy Conservation Day: All You Need To Know

    by Editor
    written by Editor

    The National Energy Conservation Day is being celebrated every year on December 14 since 1991. The Bureau of Energy Efficiency (BEE), under the Ministry of Power, spearheads the celebrations every year.

    Every year on the 14th of December, Indians around the country commemorate National Energy Conservation Day. In 2002, Ministry of power, Govt of India implemented the Energy Conservation Act. The Bureau of Energy Efficiency is a constitutional entity within the Government of India that assists in the creation of energy-saving policies and programs. 

    What Is Energy Conservation?

    In India, National Energy Conservation Day is observed to raise awareness about the significance of energy and the need of saving or conserve energy by using less energy. The most accurate method of energy conservation is to utilize less energy by minimizing energy waste. To store energy for future use, it is critical to use it effectively. To have a greater impact on the energy conservation strategy, energy conservation should be embedded in every human being’s behaviour. 

    National Energy Conservation Day
    Energy Conservation

    Activities taken up

    BEE recognizes and encourages the endeavours of industries in reducing energy consumption by complimenting them with the National Energy Conservation Awards. BEE also awards prizes to the national winners of the annual National Painting Competition on Energy Conservation.

    Objectives of National Energy Conservation Day 

    • Every year, National Energy Conservation Day is commemorated with a specific theme and a set of aims and objectives to make energy conservation more successful throughout the country. The following are some of the most essential objectives:
    • It is commemorated to send a message to the public about the need of saving energy in all aspects of life.
    • Organizing a variety of activities around the country, such as seminars, conferences, debates, workshops, contests, and so on, to promote the energy conservation process.
    • Encourage consumers to use less energy by ignoring excessive and inefficient consumption.
    • Encourage individuals to utilize energy efficiently in order to reduce consumption and prevent energy loss.

    Any activity that leads to the use of less energy is referred to as energy conservation. Conserving energy may be as simple as turning off lights when leaving a room and recycling aluminium cans. It differs from the word “energy efficiency,” which refers to the use of technology that uses less energy to accomplish the same assignment. Energy efficiency is demonstrated by using a Light-Emitting Diode (LED) or Compact Fluorescent Light (CFL) light bulb that uses less energy to create the same amount of light as an incandescent light bulb. The Energy Conservation (EC) Act was passed in 2001 with the purpose of lowering the Indian economy’s energy intensity. The Bureau of Energy Efficiency (BEE) was established as a statutory entity at the federal level in 2002 to aid in the execution of the Energy Conservation Act. 

    The Energy Conservation Act of 2001 (ECA) 

    The Act specifies regulatory requirements for equipment and appliance standards and labelling, commercial building energy conservation rules, and energy consumption standards for energy-intensive sectors. 

    National Energy Conservation Awards

    These awards are endowed by prominent dignitaries of the Indian government to industries, buildings, transportation, and institutions, as well as Energy Efficient Manufacturers, to acknowledge their innovation and accomplishments in energy saving. The awards were initially given out on December 14, 1991, which is now known as “National Energy Conservation Day” across the country.

    Schemes to Promote Energy Conservation and Energy Efficiency

    PAT Scheme, Standard and Labeling, Energy Conservation Building Codes, and Demand Side Management are among the policies and enterprises implemented by the Ministry of Power via the BEE. 

    PAT System

    The Perform Achieve and Trade Scheme (PAT) is a market-based system for improving the cost-effectiveness of energy efficiency improvements in energy-intensive businesses by certifying energy savings that may be exchanged. It’s part of the National Mission for Enhanced Energy Efficiency (NMEEE), one of the National Action Plan on Climate Change’s eight missions (NAPCC). 

    Standards and Labeling

    The program began in 2006 and is currently used for items such as Room Air Conditioners (Fixed/Variable Pace), Ceiling Fans, Color Televisions, Computers, Direct Cool Refrigerators, Distribution Transformers, Domestic Gas Stoves, General Purpose Industrial Motors, LED Lamps, Agricultural Pumpsets, and so on. It permits the consumer to make an educated decision regarding the energy-saving and hence cost-saving potential of the offered product. 

    Energy Conservation Building Code (ECBC)

    It was created in 2007 for new commercial structures. For new commercial buildings with a connected load of 100kW(kilowatt) or agreement demand of 120 KVA (kilovolt-ampere), the ECBC establishes minimum energy criteria. BEE has also completed a voluntary Star Rating Program for buildings that are based on a building’s real performance in terms of energy use across its area expressed in kWh/sq. m/year. 

    The Buildings where ECBC is applicable are :

    • Large Commercial Buildings
    • Office Buildings
    • Large Amenity Buildings
    • IT Parks
    • Government Buildings
    • Hospitals
    • Retail Malls
    • Hotels
    • Major Residential Buildings

    Demand Side Management

    DSM refers to the selection, planning, and implementation of initiatives aimed at influencing the demand side of the electric meter, often known as the customer side. Similarly, the establishment of Energy Conservation Guidelines and a State Energy Efficiency Preparedness Index has been praised by several industries and states for more efficiently managing energy efficiency programs. Goa will host India’s first convergence project to create green energy for rural and agricultural use. 

    Renewable energy sources

    Global Efforts

    International Energy Agency

    It collaborates with governments all across the world to specify energy policies that will ensure a stable and long-term future. India is an associate nation rather than a member country. To demonstrate the considerable benefits of energy-efficient lighting, the IEA and Energy Efficiency Services Ltd. (EESL – Ministry of Power) cooperated on a case study on the Indian Government’s residential efficient lighting initiative.

    Sustainable Energy For All

    It is an international organization that collaborates with the United Nations, government leaders, the private sector, financial institutions, and civil society to accelerate progress toward the achievement of Sustainable Development Goal 7 (SDG7), which calls for all people to have access to affordable, reliable, sustainable, and modern energy by 2030, in accordance with the Paris Climate Agreement. 

    Paris Agreement

    It is an international pact on climate change that is legally binding. Its objective is to keep global warming considerably below 2 degrees Celsius, ideally 1.5, relative to pre-industrial levels. India has promised to lower its energy intensity (units of energy used per unit of GDP) by 33-35 percent by 2030, relative to 2005 levels, as part of the Paris Agreement. 

    Renewable energy souresces

    • Biomass. Wood and wood waste. Municipal solid waste. Landfill gas and biogas. Ethanol. Biodiesel.
    • Hydropower.
    • Geothermal.
    • Wind.
    • Solar.

    Mission Innovation

    It is a worldwide program to promote renewable energy innovation led by 24 nations and the European Commission (on behalf of the European Union). India is one of the member countries.

    Conclusion

    Citizens’ high aspirations to live and work in pleasant air-conditioned areas with convenient appliances would result in a multifold rise in energy use. To reduce future energy demand, a method to change the path of energy use behavior through energy efficiency programs is required. It is critical for India to advocate for the Nearly Zero Energy Buildings (NZEB) initiative to be expanded to all sectors of the building industry.

    The goal of this initiative is to create a framework for traditional structures to complete low energy consumption per square foot. In addition, the Electricity Act will be amended, which would result in several policy changes in India’s electricity industry. The installation of smart meters is one of the primary projects as a solution to difficulties such as low billing efficiencies leading to revenue losses, significant transmission and distribution losses, power usage monitoring, and so on. The rapid installation of smart meters can help India in conducting large-scale energy-saving actions. Adopting an energy-efficient lifestyle would help to improve India’s energy system for the better. One of the most cost-effective ways to achieve a low-carbon transition is to improve energy efficiency. 

    Tags: Energy Conservation Day, conserve energy, energy efficiency, global warming, Nearly Zero Energy Buildings.

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