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Münster’s biowaste collection system and anaerobic digestion facility are what make the Lighthouse city unique. By separating out biowaste, the city increases the amount of waste recycled and generates new value streams from the products of the anaerobic digestion process.
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We are well aware that digestive health is the most important to take care of as it lays the foundation for our overall health and wellness. But one must know how to keep the stomach healthy and clean.
Read more at www.flypped.com/effective-tips-to-build-digestive-health/...
As we become more established, our digestion plunges and progressively fat starts to amass around our waistline, giving us that 'extra tire'! In any case, disposing of gut fat isn't just about appearances. Studies state that individuals with an enormous waist are 2.75 occasions bound to pass on of coronary illness, regardless of whether they are inside a solid weight territory.
In cooking nutrition, we yap about food digestion, but there's one stage of digestion that nobody ever before seems to discuss. It likewise occurs to be one of the most important phase of digestion.Picture these two scenarios:Scenario 1: You're awakened in the morning with an alarm system with...
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A smooth running digestive system depends on the appropriate foods at the best time.Of all our bodily features, we probably concentrate more on our digestion system compared to other. I make certain one reason for this is that we have lots of opportunities to 'touch base' with our digestive...
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Title: The handbook of dining, or corpulency and leanness scientifically considered : comprising the art of dining on correct principles consistent with easy digestion, the avoidance of corpulency, and the cure of leanness; together with special remarks on these subjects
Creator: Brillat-Savarin, Jean-Anthelme
Creator: Simpson, Leonard Francis
Creator: University of Leeds. Library
Publisher: London : Longman, Green, Longman, Roberts, & Green
Sponsor: Jisc and Wellcome Library
Contributor: University of Leeds Library
Date: 1864
Language: eng
Description: The University of Leeds Library
"Based upon the ʻPhysiologie du goût́ of Brillat-Savarin ... Many parts have been condensed, others omitted."--Introduction
Last 32 pages are advertisements
This material has been provided by The University of Leeds Library. The original may be consulted at The University of Leeds Library
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
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Divya Udaramrita Vati is also a very good appetizer and is recommendable for those who suffer from the problem of loss of appetite due to any reasons.
This photo series shows the before, during, and after, of a Merlin (Falco columbarius) swallowing a small stone for digestion. These photos were taken leaning out of a running vehicle, because it was a surprise event! I saw the Merlin drop down to the parking lot (at Gooseberry point, near the ferry dock) and grabbed the camera because I thought it had caught some item of prey.
Source: The American Magazine
Published at: digitalposterarchive.com/smoking/camel-ad-and-poster-coll...
This photo was taken on November 14 and depicts anaerobic digesters in the University of Maryland’s Bioenergy and Bioprocessing Laboratory. These digesters are involved in research that uses food waste to produce renewable biogas. As discussed in a study by the Beijing University of Chemical Technology, millions of tons of food waste globally end up in landfills each year where it releases colossal amounts of methane (www.sciencedirect.com/science/article/pii/S1364032114003633). Methane is a potent greenhouse gas and the second-largest contributor to global warming, according to NASA (climate.nasa.gov/vital-signs/methane/?intent=121#:~:text=...(CH4)%20is%20a,carbon%20dioxide%20(CO2). Anaerobic digesters have the potential to divert food waste from landfills and convert it into valuable byproducts.
Anaerobic digestion occurs in closed reactors, shown in the photo, that lack oxygen and are “fed” organic waste. The reactors contain complex communities of microorganisms, including bacteria and archaea, which break down the waste in the absence of oxygen. The microorganisms release biogases during decomposition, which contains energy-dense methane and can be used for electricity, to heat homes, or power vehicles, as explained by the principal investigator at the Bioenergy and Bioprocessing Lab (youtu.be/aRItrVLsI30?feature=shared). The digesters shown in the photo co-digest food waste with dairy manure, which increases energy production. Anaerobic digestion also produces solid waste, called digestate, which can be processed into high-quality organic fertilizer and other horticulture products.
The reactors shown in the photo are relevant to SDG 7: Affordable and Clean Energy. Unlike methane that escapes from food waste in landfills, methane from anaerobic digesters is captured and can be used for energy. This helps create a “closed loop” system which utilizes the biogas from organic waste instead of directly releasing it into the atmosphere. Although anaerobic digestion isn’t yet used for large-scale energy generation, it is a renewable way to get rid of our exorbitant amounts of food and other organic waste. This technology can reduce our reliance on fossil fuels via sustainable energy, which contributes to SDG 7. Anaerobic digestion can also make energy more accessible, especially in rural areas. Agricultural residue and animal manure, which are readily available in rural regions, could create a local and renewable energy source in developing countries, according to research from the Bydgoszcz University of Science and Technology (www.mdpi.com/1996-1073/16/14/5409). By converting organic waste into renewable biogas, anaerobic digestion reduces harmful methane emissions and creates a sustainable energy source, with the potential to improve the quality of life for rural communities.
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Title: On indigestion : its pathology and treatment by the local application of uniform and continuous heat and moisture : with an account of an improved mode of applying heat or cold in irritative and inflammatory diseases
Creator: Arnott, James, 1794-1885
Publisher: London : John Churchill
Sponsor: Open Knowledge Commons and Harvard Medical School
Contributor: Francis A. Countway Library of Medicine
Date: 1847
Language: eng
Includes bibliographical references
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Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
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Title: Fisica animale e vegetabile
Creator: Spallanzani, Lazzaro, 1729-1799. n 87810623 n 87810623
Creator: Bonnet, Charles, 1720-1793. n 50042211
Publisher: In Venezia : Presso Giammaria Bassaglia
Sponsor: Wellcome Library
Contributor: Wellcome Library
Date: 1782
Language: ita
Description: First published in Modena, 1780, under title: Dissertazioni di fisica animale e vegetabile. Cf. Prandi
The plates are bound in at the end of v. 2. Cf. Prandi
Includes bibliographic references
With a half-title in v. 1
T. 1. Della digestione: Dissertazione I-IV. -- t. 2. Della digestione: Dissertazione V-VI. Della generazione di alcuni animali amfibi. -- t. 3. Della fecondazione artificiale ottenuta in alcuni animali. Lettere due dissertatorie dell'illustre signor Bonnet di Ginevra all'autore relative alle due dissertazioni sulla generazione e fecondazione artificiale di alcuni animali [in French, with Italian translation following]. Della generazione di diverse piante
Prandi, D. Bibl. Spallanzani p. 42
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
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Biogas is a renewable energy source that is produced through the anaerobic digestion of organic materials such as agricultural waste, food waste, sewage sludge, and energy crops. It is a mixture of methane (CH4) and carbon dioxide (CO2), along with traces of other gases such as nitrogen, hydrogen sulfide, and water vapor.
The importance of biogas lies in several key areas:
Renewable Energy: Biogas is a renewable source of energy as it is produced from organic waste materials that are constantly generated. It helps reduce dependence on fossil fuels and contributes to a more sustainable energy mix.
Greenhouse Gas Reduction: Biogas production helps mitigate greenhouse gas emissions. When organic waste decomposes naturally in landfills or agricultural systems, it releases methane, which is a potent greenhouse gas. By capturing and utilizing this methane as biogas, we can prevent its release into the atmosphere and reduce its impact on climate change.
Waste Management: Biogas production provides an environmentally friendly solution for managing organic waste. Instead of letting waste rot and release methane in landfills, it can be collected and used as a valuable energy source. This helps in reducing waste volumes, odors, and the need for traditional waste disposal methods.
Energy Generation: Biogas can be used for various energy purposes. It can be burned directly for heat or converted into electricity and used to power homes, businesses, and industries. Biogas can also be processed and upgraded to biomethane, which has similar properties to natural gas and can be used as a vehicle fuel or injected into the natural gas grid.
Rural Development: Biogas production can have a positive impact on rural communities. Small-scale biogas digesters can be installed on farms, providing farmers with a decentralized and sustainable energy source. It reduces reliance on traditional fuels, improves energy access, and can generate additional income through the sale of excess biogas or organic fertilizers produced during the digestion process.
Circular Economy: Biogas production is part of a circular economy model. It utilizes organic waste that would otherwise be discarded or left to decompose, turning it into a valuable resource. The by-products of biogas production, such as digestate, can be used as nutrient-rich fertilizers for agriculture, closing the nutrient loop and reducing the need for synthetic fertilizers.
Overall, biogas plays a significant role in promoting renewable energy, mitigating climate change, managing waste, and supporting sustainable development. It offers multiple environmental, social, and economic benefits, making it an important component of the transition towards a more sustainable and low-carbon future.
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