26 December 2020

Is Biogas A Sustainable Fuel or is Natural Gas Better?

In this article, we will tackle the subject of whether biogas a sustainable fuel or is natural gas better?

In our opinion biogas is always more sustainable as a fuel than natural gas because natural gas is derived from under the ground where it has built up over millions of years, as our atmosphere became breathable. In the early days of our planet, the air contained an enormous amount of carbon dioxide but gradually it got trapped under the earth's surface and was safely "hidden away" out of harm's way.

Image illustrate the blog article: "Is Biogas A Sustainable Fuel or is Natural Gas Better?"


In recent years people have been drilling boreholes and piping the natural gas into industry and homes, but we now know that this is madness because if it continues the earth will return to being the hostile place it once was where no living being bad a few tiny microorganisms can survive.

Biogas can be extremely useful and can be produced at all scales from the domestic to huge biogas plant farms. Starting with the example of homemade biogas, biogas can be very useful. Home biogas is produced in small biogas digester systems, which need cost no more than $1500 to buy and install.

On average, home biogas (using household kitchen waste from a family of 4) can produce clean gas for up to 3 hours of cooking and 5-10 litres of clean natural liquid fertilizer daily. So, the output is quite definitely a worthwhile amount of fuel to have and to use in the home. But, one advantage should also be to reduce food waste.

Stored biogas can provide a clean, renewable, and reliable source of baseload power (24/7) in place of coal or natural gas. Baseload power is consistently produced to meet minimum power demands; renewable baseload power can complement more intermittent renewables. Similar to natural gas, biogas can also be used as a source of peak power that can be rapidly ramped up. 

Using stored biogas limits the amount of methane released into the atmosphere and reduces dependence on fossil fuels.

THERE’S NO NET ZERO WITHOUT BIOGAS!


An upcoming biogas plant will create direct and indirect employment opportunities, will have a capacity of 30 tonnes of biogas (compressed biogas) production, with daily feedstock capacity of approximately 300 tonnes of paddy straw per day. 

The Punjab cabinet has given "in-principle approval" to the Indian Oil Corporation Ltd (IOCL) for setting up a compressed biogas (CBG) plant at the site of closed cooperative sugar mills at Rakhra in Patiala.

This anaerobic process of decomposition (or fermentation) of organic matter happens all around us in nature and has been happening for a very long time. In fact, the bacteria that break down organic material into biogas are some of the oldest multi-celled organisms on the planet. 

Human use of biogas, of course, doesn’t go that far back, however, some anecdotal evidence traces the first uses of biogas to the Assyrians in the 10th century and the Persians in the 16th century.

The global biogas market revenue is said by some "crystal ball gazing" experts to be poised to exceed USD 110 billion by 2025, as reported in the latest study by Global Market Insights, Inc. Ongoing initiatives toward the utilization of industrial, municipal and energy crops coupled with growing penetration of biofuels across the transportation sector has created a favourable business scenario. 

Increasing efforts toward the deployment of sustainable energy technologies along with the introduction of innovative financial instruments, incentives and subsidy schemes will proliferate the business landscape.

The “global biogas plants construction market” study report will provide a valuable insight with an emphasis on global market including some of the major players such as Bioconstruct, BTS Biogas, Envitec Biogas AG, Host Biogas, IES Biogas, IG Biogas, Planet Biogas Global GMBH, Sebigas, Weltec Biopower GMBH, and Xergi a/s. 

Their market analysis also entails a section solely dedicated to such major players wherein the analysts provide an insight into the financial statements of all the major players, along with its product benchmarking and swot analysis.

WBA: Special report Deep Dive into the Danish Biogas Industry

A deep dive into the Danish Biogas industry reports have shown, during 2020, that many other nations can also have success with their form of the local agricultural community-based biogas plant. This entails groups of farm joining together to build a biogas plant and operate it for the mutual benefit of all those farms that supply feedstocks and use the natural fertiliser output.

Build a network of partners and clients within the biogas community. At https://ipptsassociates.co.uk we can support you in developing projects, reducing costs and gaining financial backing.

03 October 2020

Landia Digester Mixing Systems Beat the Virus and Go Ahead in China

The use of commercial-scale biogas digesters will rise in China with these mixers which are made in the UK. #biogas #atsocialmediauk #adba #anaerobicdigestion



31 August 2020

RNG - The ONLY Sustainable Green Technology Currently Available to Power California Freight Vehicles

It's a fact that Renewable Natural Gas (RNG) is the ONLY sustainable green technology currently available to power California freight vehicles, and it is something now recognised by the Californian government which is also funding investment in biogas plants needed to make it.

By injecting RNG made from the organic wastes from dairy farms into the established natural gas mains this natural renewable fuel is available to any buyers anywhere on the grid

Calgren was the first dairy digester developer to inject dairy biogas into the California natural gas system starting in 2019, representing only the first wave of dairy biomethane that is expected to come online in the next three to four years. 

The California Department of Food and Agriculture (CDFA) has awarded grants totalling $183. 3 million between FY 15 and FY 19, funding 107 dairy biogas projects currently in development in California. home biogas

In addition, the 2020 Dairy Digester Research and Development Program (DDRDP) budget has allocated $34 million to fund more dairy RNG projects in 2020. 

Studies are currently underway to calculate the total biomethane production of the CDFA-funded projects, but assuming an average of 3,000 cows per dairy, all of the currently funded DDRDP projects will produce over 35 million dge of RNG annually.

That's nearly a quarter of the amount of natural gas consumed in California by the transportation industry. 

According to Lyle Schleyer, Calgren’s CEO, 

“using RNG to power California freight vehicles makes sense—it is the only technology currently available for that purpose."

Fueling those vehicles with methane that would otherwise have been released into the California environment is clearly a home run.

22 July 2020

American Biogas Council to Testify Before House Agriculture Committee

July 22, 2020 - WASHINGTON – Tomorrow, American Biogas Council (ABC) Director Bryan Sievers will testify in front of the House Committee on Agriculture about “On-Farm Energy Production: Impacts on Farm Income and Rural Communities.”

An Iowa farmer, Mr. Sievers is Owner and Operator of Sievers Family Farms and the award-winning AgriReNew biogas system which recycles beef cattle manure, corn stover, and local food processing waste into renewable electricity and soil products. His testimony includes the importance of how several federal programs, including those in the Farm Bill's rural development and energy programs, plus the Renewable Fuel Standard (RFS), support on-farm energy production and growth of the biogas industry.

ABC to testify in favour of biogas plant support


Leading up to this hearing, the ABC has worked for many years with both the Senate and House Committee on Agriculture to shape and fine-tune the 2018 Farm Bill to support increased sustainability and resilience in agriculture using biogas systems. “We thank the House Agriculture Committee for the opportunity to not only share the important role biogas systems play on farms for renewable energy production but also the environmental and economic opportunities they afford to protect our air, water, and soil and create additional jobs and investment in rural America,” said Patrick Serfass, Executive Director of the ABC.

“Since the subject of this hearing is ‘On-Farm Energy Production,” Mr. Serfass continued, “our testimony will focus on the value of reliable, baseload renewable energy production from biogas systems and how Congressional support for some programs will encourage further deployment. On-farm renewable energy production has played a critical role in helping farmers mitigate the storm of trade wars, bad weather, and even COVID-19.”

In addition to Mr. Sievers’ testimony, the Committee has also invited Mike McCloskey, Founder and Chairman of Fair Oaks Farms to testify. Dr. McCloskey is an Indiana dairy farmer who has been responsible for the construction of multiple biogas systems on his farms which recycle dairy manure into renewable biogas and soil products. In 2016, the Fair Oaks’ biogas system received the ABC Project of the Year award for upgrading their biogas to renewable natural gas (RNG) to fuel their milk delivery trucks and reduce diesel use by 2 million gallons per year. Mr. Sievers’ AgriReNew biogas system received the ABC’s Project of the Year award in 2014 for recycling multiple agricultural and food processing feedstocks plus the export of renewable electricity and a variety of soil products.

To watch live:
On-Farm Energy Production: Impacts on Farm Income and Rural Communities
Date: Thursday, July 23, 2020
Time: 10:00 am ET
Online: https://youtu.be/Cm4B8j4gI80
Mr. Sievers and Dr. McCloskey are expected to be in the first panel of witnesses.

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