#bio cng plant cost

[hpcl-satat]

SATAT Scheme: Transforming Waste into Wealth with Bio-CNG

The SATAT (Sustainable Alternative Towards Affordable Transportation) scheme, launched by the Government of India, is a visionary initiative aimed at promoting the use of Bio-CNG (Compressed Natural Gas) as a sustainable alternative fuel. This scheme addresses the twin challenges of managing organic waste and reducing dependency on fossil fuels.

What is Bio-CNG?

Bio-CNG is a renewable fuel produced from biomass, including agricultural residues, municipal solid waste, and other organic materials. Through anaerobic digestion, these organic wastes are converted into biogas, which is then purified to produce Bio-CNG. This eco-friendly fuel has properties similar to natural gas and can be used in vehicles designed for CNG, providing a green alternative to conventional fuels.

Objectives of the SATAT Scheme

Waste Management: The SATAT scheme aims to convert organic waste into valuable energy, thus addressing waste management issues and reducing environmental pollution.

Energy Security: By promoting Bio-CNG, the scheme reduces India's reliance on imported fossil fuels, enhancing energy security.

Rural Development: Establishing Bio-CNG plants in rural areas creates employment opportunities and supports the local economy.

Benefits of Bio-CNG

Environmental Impact: Bio-CNG significantly reduces greenhouse gas emissions, contributing to climate change mitigation.

Cost-Effective: As a renewable source of energy, Bio-CNG can lower fuel costs over time.

Health Benefits: Using Bio-CNG reduces air pollution, leading to better public health outcomes.

Implementation and Impact

Under the SATAT scheme, public sector oil marketing companies (OMCs) are inviting entrepreneurs to set up Bio-CNG production plants and offer a ready market for their output. This public-private partnership model ensures the scheme's sustainability and scalability. With over 5,000 Bio-CNG plants planned by 2025, the SATAT scheme aims to produce 15 million tonnes of Bio-CNG annually, significantly boosting India's clean energy landscape.

Conclusion

The SATAT scheme is a forward-thinking initiative that turns waste into wealth by promoting Bio-CNG. It not only addresses waste management and energy security but also drives rural development and environmental sustainability. As India moves towards a greener future, the SATAT scheme represents a crucial step in achieving sustainable and affordable transportation.

[indianbiogas]

Biogas Plant for Home: A Sustainable Solution for Energy Generation

A biogas plant, often referred to as an anaerobic digester, is a facility designed for biogas production using organic waste materials through a process called anaerobic digestion. In an era marked by increasing concerns about environmental sustainability and a growing need to transition away from non-renewable energy sources, biogas plants have made their mark, biogas plant for home.

Biogas is a renewable energy source obtained from organic waste. It consists of approximately 55–65% methane, 30–40% carbon dioxide, and various impurities. Its applications range from cooking and heating to electricity generation, contributing to reduced carbon emissions.

History of Biogas Plants

The use of biogas dates back to 3,000 BC in the Middle East when the Assyrians used it to heat their baths. In the 17th century, Jan Baptista Van Helmont discovered that flammable gases could evolve from decaying organic matter. In 1808, Sir Humphry Davy identified methane in the gases released during the anaerobic digestion of cattle manure.

The first official large biodigester was installed in 1859 in a leper colony in Mumbai, India. John Webb, an innovative engineer from Victorian times in Birmingham, designed the Sewage Lamp, a device that transformed sewage into biogas for lighting streetlamps.

In the 1960s, both India and China developed small biogas digesters for farmers. Due to the increase in fossil fuel costs during the 1970s, industrial anaerobic digestion plants gained more popularity and efficiency.

Anaerobic digestion plants were also used to treat municipal wastewater before the emergence of chemical treatments. In the developing world, this process remains an affordable and natural alternative to chemicals, playing a crucial role in reducing diseases like dysentery.

Biogas Production Process

The biogas production process is relatively straightforward, similar to human digestion. It begins with feeding organic waste — such as kitchen waste, food waste, animal manure, or farm waste — into the digester using an inlet pipe.

Inside the digester, microbes break down the waste anaerobically (in the absence of oxygen), releasing gas and producing a semi-liquid slurry called digestate. The generated gas is collected in a gas holder and can be released via a gas delivery system. The slurry, rich in nitrogen (N), phosphorus (P), and potassium (K), is an excellent alternative to chemical fertilizers.

Types of Waste for Biogas Production

Biogas can be produced from various types of organic waste, including agricultural waste, animal manure, food waste, and sewage. However, the production and composition of biogas vary depending on the type of waste. For example, poultry litter, which has higher methane content than cow dung, needs additional ammonia stripping to make it suitable for biogas production.

Uses of a Biogas Plant

Biogas plants offer multiple benefits, including the production of biogas, electricity, bio-CNG, and high-quality manure. Biogas can replace LPG for cooking, fuel gensets for power generation, or be compressed to produce Bio-CNG, a renewable energy source for transportation and cooking.

The digestate byproduct serves as an organic fertilizer, reducing the need for synthetic fertilizers.

Advantages of Biogas Plants

Biogas plants provide numerous environmental benefits. They generate renewable energy, reducing reliance on fossil fuels and lowering carbon footprints. They also help manage waste from the food industry and agriculture, preventing it from being dumped in landfills, ,which reduces greenhouse gas emissions and minimizes odor and disease risks.

Types of Biogas Plants

Biogas plants can be categorized by size and usage:

Commercial Biogas Plant (Medium and Large Scale): Used in industries with significant organic waste production. They fulfill energy requirements, reduce electricity costs, and can produce Bio-CNG.

Domestic Biogas Plant: Small-scale biodigesters for single families or small communities with low organic waste production. These plants can also be installed in small farms or societies using food waste.

Biogas Plant for Home

For those looking to install a biogas plant at home, consider the GreenHome biogas plant developed by Koshish. This domestic biogas plant turns organic waste into sustainable energy, reducing dependence on traditional energy sources and saving money.

Conclusion

A biogas plant is nature’s recycling machine, converting organic waste into useful biogas to replace non-renewable energy sources like LPG and petrol. To harness the full potential of biogas and its environmental benefits, we must invest in ongoing research, development, and sustainable practices. This commitment will help us move closer to a cleaner, eco-friendly energy future for our planet.

[grunerrenewable01]

Are There Any Government Incentives or Subsidies Available for Investing in Bio CNG Gas Plants?

Introduction

As the global shift towards renewable energy accelerates, bio CNG (Compressed Natural Gas) has emerged as a sustainable alternative to fossil fuels. Recognizing its environmental and economic benefits, governments worldwide are offering various incentives and subsidies to encourage the adoption of bio CNG technologies. Gruner Renewable, a leader in the sustainable energy sector, explains the types of government incentives available for investors looking to establish bio CNG gas plant.

Understanding Bio CNG Gas Plants

Bio CNG gas plant utilize organic waste materials such as agricultural residue, municipal solid waste, and sewage to produce biogas, which is then upgraded to bio CNG. This renewable energy source not only helps in reducing greenhouse gas emissions but also promotes waste management and energy security. Given its benefits, bio CNG projects are increasingly receiving governmental support through various incentive schemes.

Types of Government Incentives for Bio CNG Gas Plants

1. Capital Grants and Subsidies

Many countries provide capital grants and subsidies to lower the initial investment costs associated with setting up bio CNG gas plants. These financial incentives are designed to make projects more economically viable and attractive to investors. For instance, the U.S. Department of Agriculture offers programs like the Rural Energy for America Program (REAP) that provide financial assistance to agricultural producers and rural small businesses for renewable energy systems.

2. Tax Credits and Deductions

Tax incentives are common tools used by governments to encourage the development of bio CNG facilities. These may include investment tax credits, which allow plant owners to deduct a percentage of the investment costs from their tax liabilities, and accelerated depreciation, which permits faster write-off of the equipment costs, reducing taxable income.

3. Feed-in Tariffs

Some regions offer feed-in tariffs for bio CNG, where the government guarantees a fixed, premium price for the biogas generated. This not only ensures a stable revenue stream for the operators but also makes financing the plant easier as it lowers the financial risk for investors.

4. Green Certificates and Renewable Energy Credits

In certain jurisdictions, bio CNG gas plant can earn green certificates or renewable energy credits (RECs) for the clean energy they produce. These certificates can be sold on the renewable energy market, providing additional revenue streams to the plant operators.

5. Reduced Tariffs and Custom Duties

To encourage the import of advanced bio CNG technology, some governments reduce tariffs and custom duties on foreign machinery and equipment. This reduction in import costs makes it more affordable for investors to access state-of-the-art technology needed for efficient bio CNG production.

Case Studies: Government Support in Action

Germany’s Renewable Energy Act (EEG)

Germany offers a compelling example of how government incentives can drive the growth of bio CNG production. The EEG provides direct marketing options and feed-in tariffs for biogas, encouraging farmers and entrepreneurs to invest in bio CNG plants by ensuring profitable operational conditions.

India’s National Policy on Biofuels

India’s policy aims to increase the use of biofuels to cut down import dependency on crude oil. It offers several incentives for bio CNG projects, including capital subsidies and a favorable tax regime, to stimulate the domestic production of biofuels.

Conclusion

The range of government incentives and subsidies available for bio CNG gas plants underscores the global commitment to transitioning towards renewable energy sources. For investors and companies like Gruner Renewable, these incentives not only reduce the financial burden but also enhance the overall feasibility and attractiveness of investing in bio CNG technology. As the world continues to embrace cleaner energy solutions, bio CNG stands out as a promising option, supported by robust governmental frameworks designed to foster its growth.

Call to Action

Interested in exploring the opportunities in bio CNG gas plants and taking advantage of government incentives? Contact Gruner Renewable today to learn how we can assist you in developing a sustainable and financially viable bio CNG project. Visit our website for more information on our services and how we can help you capitalize on these lucrative incentives. Read more...

[krishnayangaurakshala]

Krishnayan Gauraksha: Holistic Care for Desi Cows and Community Welfare

Krishnayan Gauraksha stands as a beacon of compassion and sustainability, dedicated to the protection and well-being of over 21,000 stray and destitute Desi Indian cows, bulls, and their progenies. Nestled in a sprawling gaushala, our mission encompasses a comprehensive range of activities aimed at nurturing these sacred animals and fostering community welfare.

Protection and Shelter

Our commitment to cow protection is unwavering. Partnering with police, government agencies, NGOs, and farmers, we rescue and provide sanctuary to thousands of gauvansh. Our facilities include expansive shelters equipped with large shades, ensuring a comfortable living environment. With continuous efforts to build new cow sheds, we accommodate the ever-increasing number of rescued cows, providing them with a safe and dignified space to thrive.

Nourishment and Fodder Management

Feeding our gauvansh a nutritious diet is paramount. We maintain an enormous dry fodder storage, capable of holding approximately 40 lakh kg of husk, ensuring a year-round supply. Our feeding regimen includes a balanced mix of dry fodder, green fodder, grains, mustard cake, and jaggery, meticulously prepared and served to meet the dietary needs of each cow.

Medical Care

Our in-house medical facility is staffed with doctors available 24/7, offering comprehensive care, from routine check-ups to emergency treatments. We stock essential medicines and vaccinations to address various health concerns, ensuring prompt and effective medical assistance for our beloved gauvansh.

Free Milk Distribution

We produce a small quantity of milk, which is freely distributed to saints, gausewaks, ashrams, and charitable hospitals in Haridwar and Rishikesh. This initiative supports the nutritional needs of individuals and organizations dedicated to spiritual and charitable pursuits, fostering a spirit of sharing and compassion within our community.

Vocational Training and Organic Farming

Our vocational training programs educate farmers on the importance of desi cows and bulls, promoting the manufacture of products like dhoop, phenyl, and cosmetics, alongside organic farming practices. By cultivating various types of green fodder, we ensure a consistent supply for our cows, promoting sustainable agricultural practices.

Renewable Energy and Sustainability

Krishnayan Gauraksha champions renewable energy through the installation of Gobar Gas Plants and solar power systems. These initiatives reduce our carbon footprint and serve as a model for sustainable practices. Our BIO CNG plant, converting 25,000 kg of cow dung daily into CNG gas and manure, further underscores our commitment to sustainability.

Community Support and Calamity Relief

In times of disaster, our gaushala extends its support to affected communities. During the MP and Uttarakhand floods, we provided food, shelter, and medical aid. Amid the COVID-19 pandemic, we distributed food to thousands of affected families and ran food camps during lockdowns. Our regular food distribution efforts reach remote regions, ensuring continuous support to those in need.

Spiritual and Cultural Activities

Our gaushala hosts a magnificent yagya mandap on the banks of Ma Ganga, where accomplished Vedic Brahmins perform sacred rituals for the welfare of people. This spiritual sanctuary upholds ancient traditions, fostering a deep connection with spirituality and cultural heritage.

Healthcare and Wellness

Through our hospital, D S Global Heart Care, we provide accessible medical services at minimal or no cost to the needy in Uttarakhand. Additionally, our Yoga Centre in collaboration with Jhanvi Yoga Dhyan Sevashram Trust offers yoga, meditation, and Ayurvedic treatments, promoting holistic well-being and self-discovery.

Conclusion

Krishnayan Gauraksha exemplifies a holistic approach to animal welfare and community service. Our comprehensive initiatives, from cow protection and nourishment to vocational training and renewable energy, reflect our dedication to creating a sustainable and compassionate society. By fostering a deep connection with our cultural heritage and promoting environmental sustainability, we aim to inspire others to join us in this noble endeavor.

[grunerrenewable]

Driving Sustainability: The Rise of Bio-CNG Plants and Gruner Renewable

 Bio-CNG, also known as renewable natural gas, is a sustainable and eco-friendly alternative to traditional fossil fuels. It is produced through the process of anaerobic digestion of organic waste materials such as agricultural residues, food waste, and sewage. This process not only helps in waste management but also generates a clean and renewable source of energy. In recent years, the demand for bio-CNG has been on the rise due to its numerous environmental and economic benefits.

One of the leading players in the bio-CNG industry is Gruner Renewable, a company dedicated to promoting sustainable energy solutions. Gruner Renewable has been at the forefront of establishing bio-CNG plants that efficiently convert organic waste into clean energy. These bio-CNG plants play a crucial role in reducing greenhouse gas emissions and mitigating environmental pollution.

The concept of bio-CNG plants revolves around the idea of harnessing energy from organic waste that would otherwise end up in landfills, contributing to environmental degradation. By utilizing advanced technologies, bio-CNG plants can efficiently extract biogas from organic waste and further refine it into high-quality bio-CNG. This renewable natural gas can then be used as a fuel for vehicles, industrial processes, and even for generating electricity.

The significance of bio-CNG plants cannot be overstated, especially in the context of sustainable waste management. These plants provide a viable solution for the disposal of organic waste while simultaneously producing a valuable energy resource. Moreover, the production of bio-CNG helps in reducing the dependency on non-renewable fossil fuels, thereby contributing to energy security and sustainability.

The environmental benefits of bio-CNG are substantial. By capturing methane emissions from organic waste and converting them into bio-CNG, these plants effectively mitigate the release of potent greenhouse gases into the atmosphere. This not only helps in combating climate change but also improves air quality and public health. Additionally, the utilization of bio-CNG as a transportation fuel results in lower emissions of pollutants such as particulate matter and nitrogen oxides, thus contributing to cleaner and healthier urban environments.

From an economic standpoint, bio-CNG Gas plant offer promising opportunities for sustainable development. The production and utilization of bio-CNG create new avenues for revenue generation and job creation. Furthermore, the use of bio-CNG as a fuel can lead to cost savings for industries and transportation fleets, making it a financially attractive alternative to conventional fuels.

Gruner Renewable's commitment to advancing bio-CNG technology has been instrumental in driving the adoption of renewable natural gas as a mainstream energy source. The company's expertise in designing and operating bio-CNG plants has set a benchmark for sustainability and innovation in the energy sector. By integrating state-of-the-art processes and equipment, Gruner Renewable has been able to maximize the efficiency and output of bio-CNG plants, thereby contributing to a greener and more sustainable future.

In conclusion, bio-CNG plants represent a significant leap towards a more sustainable and environmentally conscious energy landscape. With the increasing emphasis on reducing carbon emissions and transitioning towards renewable energy sources, bio-CNG has emerged as a compelling solution with multifaceted benefits. Gruner Renewable's pioneering efforts in this field have paved the way for a cleaner, greener, and more sustainable future. As the world continues to prioritize sustainability, bio-CNG plants are poised to play a pivotal role in shaping the energy industry and mitigating the impacts of climate change.

[1-2-3-4-4498-0]

The Bio-Economy: Profits and Potential in the Biomass Market

Biomass Market refers to organic matter in the form of plants and biological waste, which are used in the production of energy. Biomass has gained popularity due to its significant role as a key renewable energy. It is helpful in various applications such as photosynthesis, wood & wood processing wastes, agricultural crops, and waste materials, food, yard, and wood waste collection. Increase in use of biomass such as plant and manure materials to produce electricity and generate biomass fuels for transportation is expected to boost the industry growth during the forecast period. The use of renewable energy resources to generate clean energy is further encouraged by the growing energy demand, clean energy initiatives, and the provision of subsidies by governments.

COVID-19 scenario analysis

Over the past few months, the COVID-19 pandemic has caused an unprecedented global economic and social crisis. The pandemic has significantly affected all aspects of life, including the energy sector. A similar trend of falling demand and price reduction can be observed in the electricity sector. Europe has faced a record collapse in electricity prices. Renewable energy projects are decreasing, as China is a major manufacturer of photovoltaic solar modules and turbines. Furthermore, contractors who depend on international workers are affected, as travel restrictions or quarantine measures are imposed and lead to local labor shortages.

Market scenario analysis

The biomass market is expected to witness significant growth during the forecast period. Alarming rise in emission of greenhouse gases is the key factor driving the growth of the global biomass market. This is attributed to the fact that surge in carbon levels in the atmosphere due to burning of fossil fuels is forcing various manufactures to shift toward the use of bio-fuel. In addition, the global biomass market is expected to grow at a faster pace during the forecast period, due to the favorable government policies regarding renewable energy p[production . Moreover, the low cost of energy and active participation of government and major players to spread awareness and promote adoption of biomass power are expected to drive growth of the global market. However, lack of management of biomass and less awareness among emerging economies are expected to hinder the market growth.

Market drivers & restraints

Rise in demand for environment-friendly renewable sources of energy is one of the key drivers for the global biomass market. The use of renewable energy would help to reduce global warming and improve public health. Thus, biomass is largely being used in heavy-duty vehicles, as diesel and CNG are being replaced for achieving a greener means of transport. Increase in focus on research and development in order to enhance the production of renewable energy source by using combustion process has improved environmental benefits with additional support from government are some key factors driving the market growth. However, factors such as rise in feedstock costs and, inadequate biomass management, and lack of knowledge among emerging economies about utilization of biomass for energy production are expected to hamper market development. On the contrary, advancements in power generation technologies are expected to create revenue opportunities for players in the global biomass market.

Regional insights

Region wise, the global biomass market is analyzed across North America, Europe, Asia-Pacific, and LAMEA. North America dominates the biomass market, due to favorable government regulations for renewable energy source with less environmental impact, rise in investments, and availability of suitable infrastructure in the region. The Europe biomass power market is anticipated to account for second highest revenue share in the market, and is projected to witness moderately higher growth rate during the forecast period. Asia-Pacific is estimated to showcase significant growth, owing to the abundant availability of natural resources in the region.

Key benefits of the report

This study presents the analytical depiction of the global biomass industry along with the current trends and future estimations to determine the imminent investment pockets.

The report presents information related to key drivers, restraints, and opportunities along with detailed analysis of the global biomass market share.

The current market is quantitatively analyzed to highlight the global Biomass market growth scenario.

The report provides a detailed market analysis depending on competitive intensity and how the competition will take shape in coming years.

[iidincubator1]

How to start a bio CNG gas business

Introduction:

As the world moves towards sustainable energy sources, the demand for renewable alternatives to fossil fuels is on the rise. One such alternative gaining traction is bio-CNG (Compressed Natural Gas), which is produced from organic waste and offers a cleaner and greener solution for transportation and cooking fuel. If you're interested in venturing into the bio-CNG gas business, this comprehensive guide will provide you with valuable insights on how to get started.

Research and Market Analysis:

The first step in starting any business is conducting thorough research and analysis. Familiarize yourself with the bio-CNG industry, its current market trends, potential competitors, and target customers. Identify the regions or cities where the demand for clean energy is high, and assess the availability of organic waste sources required for bio-CNG production.

Business Plan Development:

A well-crafted business plan serves as a roadmap for your venture. Outline your business objectives, target market, pricing strategy, marketing and sales plans, operational requirements, and financial projections. Seek professional guidance if needed to ensure your business plan is comprehensive and feasible.

Legal and Regulatory Compliance:

Understand the legal and regulatory framework for bio-CNG gas production and distribution in your country or region. Obtain the necessary permits, licenses, and certifications required to operate a bio-CNG plant and comply with environmental and safety regulations.

Procurement of Feedstock:

Bio-CNG is produced from organic waste such as agricultural residue, food waste, sewage, and landfill waste. Establish partnerships or contracts with local waste management companies, farmers, and other potential suppliers to ensure a steady supply of feedstock for your bio-CNG plant.

Setting up a Bio-CNG Plant:

Invest in setting up a bio-CNG plant that meets the required production capacity. The plant should consist of waste collection and segregation units, anaerobic digesters for biogas production, gas purification systems, and compression facilities for producing bio-CNG. Hire experienced engineers and technicians to design, construct, and operate the plant effectively.

Production and Quality Control:

Efficient bio-CNG production requires careful monitoring and quality control. Ensure that the feedstock is properly processed and fed into the anaerobic digesters for biogas generation. Install systems for monitoring gas composition, pressure, and purification levels to produce high-quality bio-CNG that meets the required specifications and safety standards.

Distribution and Supply Chain:

Develop a distribution strategy to reach your target customers. Identify gas stations, vehicle fleets, and cooking gas suppliers that can serve as distribution partners. Set up a supply chain management system to handle logistics, transportation, and storage of bio-CNG. Install necessary equipment at distribution points for safe refuelling and delivery.

Marketing and Branding:

Create a strong brand identity for your bio-CNG gas business. Promote the environmental benefits and cost-effectiveness of bio-CNG as a clean fuel alternative. Utilize various marketing channels, such as online platforms, social media, industry events, and partnerships with sustainability organizations to raise awareness and attract customers.

Collaboration and Partnerships:

Forge strategic alliances and collaborations within the bio-CNG industry. Partner with research institutions, universities, and technology providers to stay updated with the latest advancements and improve your production processes. Explore collaborations with government agencies or organizations promoting renewable energy to access funding opportunities or incentive programs.

Ongoing Operations and Expansion:

Once your bio-CNG gas business is up and running, ensure smooth operations by regularly maintaining and upgrading your plant and equipment. Monitor market trends, customer feedback, and industry developments to adapt your business strategies accordingly. Consider expanding your operations by opening additional production facilities or diversifying into related sectors such as biogas-based power generation or organic fertilizers.

Conclusion:

Starting a bio-CNG gas business presents a lucrative opportunity to contribute to sustainable energy solutions while capitalizing on the increasing demand for renewable fuels. By following this comprehensive guide, conducting thorough research, complying with regulations, investing in quality products, and implementing effective marketing strategies, you can lay a firm foundation for a successful and environmentally conscious bio-CNG gas business. Embrace the future of clean energy and make a positive impact on the planet while building a profitable venture.

[biogaspurifier]

Top-Notch Biogas Purification Plant Manufacturer in Gujarat

AtmosPower is India’s leading biogas purification plant manufacturer in Gujarat. We provide complete solutions for biogas purification into Bio-CNG along with bottling services. Our pricing structures are highly competitive to ensure our client’s satisfaction with both cost and quality. Reach out to us to know more about biogas purification plants.

[biogascompany]

Nexgen Energia opens up door for entreprenuers to own a Bio CNG Manufacturing Plant in India

Are you looking to become an owner of Bio CNG Plant in India? Nexgen Energia is providing a chance to all entrepreneurs, and business aspirants to become a manufacturer of Bio CNG pan India.

Contact us  nexgenenergia.com or call 8800599662

[nexgenenergy]

CNG Pump Dealership Cost in Noida

India has started focussing on clean and renewable energy recently. With depleting natural resources and the increasing cost of fuels, many companies are coming up with alternates for fuels that are based on the utilization of garbage and plastics. Clean energy works by producing power without having negative environmental impacts, such as the release of greenhouse gases like carbon dioxide. 

With a similar intention of saving the environment plus making money out of it, Nexgen Energia has pioneered the art of making CNG (CBG) from locally sourced waste & distribute the final product through the local distribution channels. In the first phase, the company is planning to establish 1000 CNG (CBG) production units in India through a franchise route.

Nexgen has already established its first CNG (CBG) production unit in Ambala and also is exploring opportunities to establish its some units in different parts of North India. The entrepreneurs can definitely think about establishing & expanding the businesses with such growing franchise opportunities in the renewable energy sector in India.

SOURCES OF MAKING CNG(CBG)

Organic Waste: Waste food from household, hotels canteens, Food Processing, Vegetable Market Dairy farms Polluter farm waste.

Industrial Waste: Bio-Wastes from Industries, Such as Sugar- Manufacturing Plants and Beer Distilleries.

MSW: Organic Fraction of Municipal Solid Waste Garbage, and Sewage Slurry.

Compressed natural gas made from multiple organic sources is a NGE developed patented technology in the clean energy sector.

CBG is a Low pollution, better mileage, and environment friendly fuel with the same calorific value – 52000kj/kg.

Refer More Links

CNG Pump Dealership Cost in Noida

CNG Pump Dealership Cost in Uttar Pradesh

CNG Pump Dealership Cost in Delhi

Bio CNG Plant Manufacturer in India

Related Tags

CNG Pump Dealership Cost, Biogas To CNG Conversion Plant Cost, Bio CNG Plant Manufacturer in India,CNG Filling Station Dealership,Franchise Opportunities in India,Renewable Energy Franchise Opportunities,Nexgen Energia.

[nexgenenergia1]

Waste to Clean Fuel | Bio Ethanol Diesel-Nexgen Energia

Biogas is a type of biofuel that is naturally produced from the decomposition of organic waste. When organic matter, such as food scraps and animal waste, break down in an anaerobic environment (an environment absent of oxygen) they release a blend of gases, primarily methane and carbon dioxide.  Because this decomposition happens in an anaerobic environment, the process of producing biogas is also known as anaerobic digestion. Biogas upgrading or purification is the process by which contaminants in the raw biogas stream are absorbed or scrubbed, leaving more methane per unit volume of gas. This final product is called biomethane.

[shaunrush]

Hybrid Cars - The Vehicles of The next day

Want to buy a vehicle that operates on h2o? Not anymore, though well, this might have sounded funny a few years back. To defeat the expanding menace of oxygen toxins, professionals have actually developed autos designed to use 100% drinking water as fuel. And what's more, these autos may possibly come to be the automobiles of the future, currently when gasoline and diesel powered automobiles will be rendered obsolete and relegated to galleries and museums. Vehicles operating on alternative resources for vitality are the latest trend in the auto planet. In fact, researchers have designed cars that run not just on water but additionally on other no-conventional types of power including electric power, solar technology, biography-diesel, ethanol and LPG. This really is a requirement, considering the depleting stocks of standard fuels as well as the increasing air pollution ranges on earth. In the following paragraphs, we go on a quick check out the numerous advantages and disadvantages of autos driven by alternative sources of energy. Right up until particular date, the most popular type of alternate electricity that has been employed to potential cars is electrical energy. Cars like Toyota Prius and Honda Information can run utilizing both electricity and gasoline. These automobiles, branded as hybrids, consist of a power electric motor as well as the normal 1, giving the rider a choice of power source. When compared with other autos, the hybrids tend to be more environment friendly, and are generally low-cost to run. Crossbreed electrical autos have power packs which may be incurred employing a normal power connect in your house.

Using CNG and LPG has been advertised by a variety of authorities from the recent years to reduce in the emission of green house toxic gases. Automobiles powered by CNG are extremely gasoline-productive, and create suprisingly low degrees of emission. It really is easy to change a conventional petroleum motor inside a CNG compatible 1 using a basic Hybrid Conversion Package, thus giving petroleum car owners a chance to reduce emission ranges. Besides, these, a lot of research has been done in the recent years in developing cars that run on solar power and bio-diesel. Even though the former generally harvests vitality from the sunlight employing solar panel systems on its physique, the latter utilizes energizes based on all-natural, renewable resources for vitality including plants and vegetable natural oils. Astrolab, produced by the French travelling futurists Venturi, is the world's first commercial available solar powered-driven auto. Solar power powered cars have absolutely nothing-emission amounts and therefore are ideal service providers to get a air pollution-free of charge planet. However, the development of the solar car is still in its nascent stages and we are yet to have a solar-powered heavy vehicle on the roads. On the other hand, cars running on bio-fuel are easier to make, but their popularity has been checked due to the limited availability of bio-fuels. The water driven automobile is likewise among the possible alternatives that experts have come up to fulfill the obstacles of expanding air flow-air pollution. This vehicle uses the technique of electrolysis to divided h2o into Hydrogen and Oxygen, thus making the required power at the same time. Despite the fact that an entirely pollution-cost-free motor vehicle, this type of water-run automobile is costly to produce, and scientific studies are still onto create the car commercial viable. Exactly what is appealing nevertheless, is the significant amount of great interest that hybrid cars have generated among individuals around the world. With depleting essential oil stocks and shares and soaring energy rates, brisk RAndD has been performed in building automobiles that run on alternate sorts of vitality. The rise in atmosphere-toxins and the Garden greenhouse outcome has led to the search for a non-polluting, cost-effective automobile. The truth is, our company is not too much outside the time if the ideal natural auto is a reality for customers. Hybrid cars really are the autos of the next day and they are generally on this page to remain. To get more information about Hybrid Cars see this popular web portal.

[alwaysfirst]

Delhi to upgrade sewage treatment plants for cleaner environment

Delhi Jal Board (DJB) will upgrade 20 sewage treatment plants (STPs) and sludge biogas plants in order to clean the environment and produce biogas as much as possible so that it can be used to make clean fuels like bio-CNG and produce electricity. This decision was taken by Satyendar Jain, Delhi's Water Minister and Delhi Jal Board Chairman, who convened a meeting with senior officials on Wednesday. The meeting focused on upgrading all STPs and sludge biogas plants of the Delhi Jal Board. "This move will drastically reduce organic waste. It will be a huge step in making Delhi clean, green and sustainable," Jain tweeted post the meeting. As per a Delhi government statement, officials have been instructed to upgrade all STPs within a time span of 12-15 months using the latest state-of-the-art technology unlike conventional technology which takes four to five years to complete the up-gradation process. "Biogas plants, which treat sludge and produce biogas, will also be upgraded to handle all multiple types of solid waste such as sludge from STP, septage from septic tank, cow dung from dairies and municipal solid waste especially from mandis and nearby societies or colonies. Right now they only treat sludge coming from sewage," the statement added. At present, DJB has biogas plants to handle around 400 tonne per day capacity, out of which 240 million gallons per day (MGD) is functional. "Officials have been instructed to make the complete capacity functional within a year," it claimed. Apart from this, DJB will introduce a new tarrif to supply treated water from STPs so that less groundwater is utilised. For this, Rs 5000 per acre per month would be charged from the beneficiaries apart from one time fixed cost of Rs 10,000 per acre that will be paid as an infrastructure charge. "It is the responsibility of MCD to handle these waste types but DJB will lead this initiative to clean waste in order to reduce the burden on existing landfill sites and a very important step to clean Delhi," Jain added. Read the full article

[grunerrenewable01]

How Sustainable is Napier Grass Bio-CNG Compared to Traditional Fossil Fuels

Introduction

In the quest for sustainable energy solutions, Napier grass bio-CNG (Compressed Natural Gas) presents a compelling alternative to traditional fossil fuels. As the world pivots towards greener energy sources, Gruner Renewable, a leader in renewable energy technology, explores the sustainability of using Napier grass as a bio-CNG source, underscoring its environmental and economic benefits compared to conventional fuels.

The Sustainability of napier grass bio cng plant

Bio-CNG derived from Napier grass represents a significant advancement in renewable energy technology. This section delves into why Napier grass bio-CNG is a more sustainable option than traditional fossil fuels, focusing on its environmental impact, cost-effectiveness, and energy efficiency.

1. Renewable and Abundant Resource

Napier grass is a fast-growing perennial that can be harvested multiple times a year, making it an abundant and renewable biomass source. Unlike fossil fuels, which are finite and emit significant greenhouse gases, Napier grass absorbs CO2 from the atmosphere during its growth, contributing to a lower net carbon footprint when used as a fuel source.

2. Reduced Greenhouse Gas Emissions

The process of converting Napier grass into bio-CNG captures methane, a potent greenhouse gas, preventing it from escaping into the atmosphere. When burned, bio-CNG releases significantly fewer pollutants, such as nitrogen oxides and sulfur dioxide, compared to fossil fuels. This results in cleaner air and a lower overall impact on global warming.

3. Energy Security and Local Development

Napier grass can be grown in a variety of climates and soil types, reducing dependence on imported fuels and promoting energy security. The development of local bio-CNG plants creates jobs and stimulates local economies, particularly in rural areas where economic opportunities may be limited. Gruner Renewable supports these initiatives by providing expertise and technology to maximize the efficiency and output of napier grass bio cng plant.

Economic Considerations

While the environmental benefits of Napier grass bio-CNG are clear, its economic viability is also a significant factor in its sustainability. This section examines the cost-related aspects of producing and using Napier grass bio-CNG.

4. Cost of Production and Maintenance

Initially, setting up a bio-CNG plant requires a substantial investment in technology and infrastructure. However, the recurring costs of growing Napier grass and producing bio-CNG are generally lower than extracting and refining fossil fuels. Additionally, government incentives for renewable energy projects can further enhance the economic feasibility of bio-CNG plants.

5. Price Stability

The cost of fossil fuels can fluctuate widely based on geopolitical events and market dynamics, whereas the price of bio-CNG tends to be more stable. Napier grass can be locally sourced, reducing transportation costs and shielding users from global oil price volatility.

Challenges and Future Prospects

Despite its advantages, there are challenges to the widespread adoption of Napier grass bio-CNG. Addressing these can determine the scale and speed at which it can replace traditional fossil fuels.

6. Scalability and Technological Challenges

Scaling up Napier grass bio-CNG production to meet large-scale energy demands involves overcoming technological and logistical challenges. Continuous research and development are needed to improve the efficiency of bio-CNG production processes and to enhance the storage and distribution infrastructure.

7. Regulatory and Market Adoption

The transition to bio-CNG requires supportive regulatory frameworks and market readiness. Policies that incentivize renewable energy adoption and consumer awareness campaigns can drive the uptake of bio-CNG as a mainstream energy source.

Conclusion

Napier grass bio-CNG offers a sustainable and economically viable alternative to traditional fossil fuels, providing a pathway to reduce environmental impact and enhance energy security. Gruner Renewable is at the forefront of this transition, leveraging cutting-edge technology and sustainable practices to harness the power of Napier grass in the energy sector.

Call to Action

Join Gruner Renewable in transforming the energy landscape with sustainable bio-CNG solutions. Visit our website to learn more about our projects and how we are making renewable energy accessible and beneficial for all.

[decisionforsight]

Global Waste to Energy Market

Global Waste to Energy Market Size, Share, Growth, Industry Trends and Forecast 2020-2030

Waste to energy conversion is a process of generating energy by the treatment of waste material and garbage from different sections of the society. The burning of waste produces combustible fuel such as synthetic fuels, ethanol, methanol and methane. Waste to energy conversion is highly beneficial to produce heat or electricity to be used in various sectors worldwide. The use of combustion and bacterial fermentation to recover energy in the form of electricity and steam, from urban wastes decreases the volume of the original waste by 90%. Also, waste contains fossil derived materials such as plastics which are not renewable. Therefore, proper treatment of effluents and decayed products from industrial, residential or medical sectors can provides renewable and environment-friendly source of energy. It leads to reduction in the use of fossil fuels and carbon emissions. The global waste to energy market size was estimated at USD 33299.7 million in 2020, and is expected to reach USD 67995.95 million by 2030, growing with a CAGR of 7.4%

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Market Dynamics and Factors:

Growing energy demand and depletion of conventional energy resources are the major factors driving the waste to energy market. Production of reusable energy from waste by using thermal and biological technology is gaining global attention. In thermal technology, incineration is the most well-known procedure for the processing of MSW (Municipal Solid Waste). Industrial wastes such as toxic chemicals along with medicinal wastes like syringe, used bandages, tissues and other medical supplies increase the soil pollution when submerged in landfills. Hence, anaerobic digestion is becoming commercially viable to treat the waste biologically and produce biogas. The energy is also used in transport fuel like bio-diesel and bio-jet fuel. Furthermore, ethanol is produced by blending of gasoline and ethanol which is expected to positively impact the global waste to energy market. The major restraining factor is the high construction cost of waste to energy plants and their maintenance charges. Anaerobic digestion process takes five years to complete which is a hindrance to the waste to energy market growth. However, government initiatives to provide clean energy, encouragements to use bio – CNG and PPP (Private Public partnerships) are expected to bring new opportunities in the near future.

Market Segmentation:

Global Waste To Energy Market – By Waste Type

Municipal Waste

Agricultural Waste

Medical Waste

Global Waste To Energy Market – By Technology 

Thermal

Biological

Global Waste To Energy Market – By Application 

Electricity

Heat

Power Units & Transport

Global Waste To Energy Market – By Geography

North America

U.S.

Canada

Mexico

Europe

U.K.

France

Germany

Italy

Rest of Europe

Asia-Pacific

Japan

China

India

Australia

Rest of Asia Pacific

ROW

Latin America

Middle East

Africa

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Geographic Analysis:

Asia-Pacific is currently dominating the market due to the efforts taken by the government in adopting better waste management practices, pilot projects such as O&M30 contract and investments in R&D projects recently. Owing to the rapid urbanization, the generation of municipal solid waste has been increasing rapidly in countries like China and India. This has led to increase in the number of incineration plants under Chinese President Xi Jinping’s plan to reduce pollution in the country. In Europe, almost 41 biomethane plants were established in 2016 and is continuing to progress, according to a recent study. North America has emerged as a global waste to energy market in technological advancements  due to the demand to achieve low carbon footprint, minimize greenhouse gas emissions and continuous supply of power attributed to the speedy depletion of fossil fuels such as petroleum & coal. North America and Europe are anticipated to contribute a huge share in global revenue generation in the forecast period.

Competitive Scenario:

Key players in waste to energy industry are Waste Management Inc. (The U.S.), Suez Environment S.A. (France), C&G Environmental Protection Holdings (Hong Kong), Mitsubishi Heavy Industries Ltd (Japan), Waste Management Inc. (The U.S.), Veolia Environnement SA (France), Hitachi Zosen Corp (Japan), China Everbright International Limited (China), and China Jinjiang Environment Holding Company Limited (China).

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The report offers statistical data in terms of value (US$) as well as Volume (units) till 2030.

Exclusive insight into the key trends affecting the Global Waste to Energy industry, although key threats, opportunities and disruptive technologies that could shape the Global Waste to Energy Market supply and demand.

The report tracks the leading market players that will shape and impact the Global Waste to Energy Market most.

The data analysis present in the Global Waste to Energy Market report is based on the combination of both primary and secondary resources.

The report helps you to understand the real effects of key market drivers or retainers on Global Waste to Energy Market business.

The 2021 Annual Global Waste to Energy Market offers:

100+ charts exploring and analysing the Global Waste to Energy Market from critical angles including retail forecasts, consumer demand, production and more

15+ profiles of top producing states, with highlights of market conditions and retail trends

Regulatory outlook, best practices, and future considerations for manufacturers and industry players seeking to meet consumer demand

Benchmark wholesale prices, market position, plus prices for raw materials involved in Global Waste to Energy Market type

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