#EcoTechnology

[materialsscienceandengineering]

Paper coating biomaterials derived from anaerobic granular sludge may be cost-effective

The demand for paper and paperboard production continuously grows worldwide, particularly in the packaging industry. Due to the paper's nature, it usually requires a surface coating to keep out water, oil, and other unwanted substances. These coatings can come with high financial and environmental costs. Using renewable coating materials that are also cost-effective can support sustainability strategies. A promising new technique using extracellular polymeric substances (EPS) recovered from anaerobic granular sludge may offer a cost-effective, sustainable approach for transforming wastewater into industrially valuable products and help to reduce carbon emissions. In a study published in Environmental Science and Ecotechnology, researchers coated paper using EPS extracted from various anaerobic granules in wastewater. This approach enhanced waterproofing (65%), as well as oil and grease resistance, while the multi-layered microstructure of the coated paper exhibited a smoother and less porous surface overall. Extracellular proteins, abundant in β-sheets and random coils, play a pivotal structural role in paper coating.

Read more.

[scottishcommune]

But it makes all the difference in the world if we cultivate food not only on behalf of our physical well-being but with regard for the well-being of the soil as well. Inasmuch as agriculture is always a culture, the differences in the methods and intentions involved are no less cultural than a book on engineering. Yet in the first case, our intentions are informed by economic considerations at best and greed at worst; in the second, by an ecological sensibility. Society must recover the plasticity of the organic in the sense that every dimension of experience must be infused with an ecological, a dialectical sensibility. There is a profoundly ethical dimension to the attempt to bring soil, flora, and fauna (or what we neatly call the food chain) into our lives, not only as “wholesome” sources of food but as part of a broad movement in which consumption is no less a creative process than production — originating in the soil and returning to it in a richer form all the components that make up the food cycle.

So, too, in the production of objects it makes all the difference in the world if craftspeople work with a respect for their materials, emphasising quality and artistry in production rather than mass-producing commodities with no concern for handling materials sparingly, let alone for human needs. In the former, production and consumption go beyond the pure economic domain of the buyer-seller relationship, indeed, beyond the domain of mere material sustenance, and enter into the ecological domain as a mode of enhancing the fecundity of an eco-community. An ecotechnology — for consumption no less than production — serves to enrich an ecosystem just as compost in food cultivation enriches the soil, rather than degrading and simplifying the natural fundament of life. An ecotechnology is thus a moral technology, a technology that stands at odds with gigantism, waste, and the mass destruction wrought on the environment by capitalistic forms of technology designed purely for profit.

- Murray Bookchin, Freedom and Necessity in Nature: A Problem in Ecological Ethics

[jcmarchi]

School of Engineering faculty receive awards in summer 2024

New Post has been published on https://thedigitalinsider.com/school-of-engineering-faculty-receive-awards-in-summer-2024/

School of Engineering faculty receive awards in summer 2024

Faculty and researchers receive many external awards throughout the year. The MIT School of Engineering periodically highlights the honors, prizes, and medals won by community members working in academic departments, labs, and centers. Summer 2024 honorees include the following:

Polina Anikeeva, the Matoula S. Salapatas Professor of Materials Science and Engineering, professor of brain and cognitive sciences, and head of the Department of Materials Science and Engineering, was recognized as a finalist for the Blavatnik National Awards in the category of physical sciences and engineering. The Blavatnik National Awards for Young Scientists is the largest unrestricted scientific prize offered to America’s most promising, faculty-level scientific researchers under the age of 42.

Gabriele Farina, the X-Window Consortium Career Development Professor and assistant professor in the Department of Electrical Engineering and Computer Science (EECS), received an honorable mention for the 2023 Doctoral Dissertation Award. The award is presented annually to the author(s) of the best doctoral dissertation(s) in computer science and engineering.

James Fujimoto, the Elihu Thomson Professor in Electrical Engineering, won the 2024 Honda Prize for his research group’s development of optical coherence tomography. The Honda Prize is an international award that acknowledges the efforts of an individual or a group to contribute new ideas that may lead the next generation in the field of ecotechnology.

Jeehwan Kim, an associate professor in MIT’s departments of Mechanical Engineering and Materials Science and Engineering, won the engineering and technology category for the 2024 Falling Walls Global Call for his innovations in semiconductor technology. The Falling Walls Global Call is an international competition that seeks the most recent and innovative science breakthroughs, bringing together science enthusiasts from diverse backgrounds.

Samuel Madden, the College of Computing Distinguished Professor of Computing and faculty head of computer science in the Department of EECS, received the Edgar F Codd Innovations Award. The award is given for innovative and highly significant contributions of enduring value to the development, understanding, or use of database systems and databases.

Jelena Notaros, an assistant professor in the Department of EECS, received the 2024 Optica CLEO Highlighted Talk Award as co-principal investigator. The Optica CLEO Awards Program celebrates the field’s technical, research, education, business, leadership, and service accomplishments.

Carlos Portela, the Robert N. Noyce Career Development Professor in the Department of Mechanical Engineering, received the Army Early Career Program Award. The award is among the most prestigious honors granted by the U.S. Army Research Office to outstanding early-career scientists.

Yogesh Surendranath, the Donner Professor of Science in the departments of Chemical Engineering and Chemistry, was recognized as a finalist for the Blavatnik National Awards in the category of chemical sciences. The Blavatnik National Awards for Young Scientists is the largest unrestricted scientific prize offered to the United States’ most promising, faculty-level scientific researchers under the age of 42.

Ashia Wilson, an assistant professor in the Department of EECS, received the Best Paper Award at the 2024 ACM Conference on Fairness, Accountability, and Transparency (ACM FAccT). ACM FAccT is an interdisciplinary conference dedicated to bringing together a diverse community of scholars from computer science, law, social sciences, and humanities to investigate and tackle issues in this emerging area.

[tsmom1219]

Emergy Analysis and Life Cycle Assessment for Evaluating the Sustainability of Solar-Integrated Ecotechnologies in Winery Wastewater Treatment

Praveen, K., Abinandan, S., Venkateswarlu, K., & Megharaj, M. (2024). “Emergy Analysis and Life Cycle Assessment for Evaluating the Sustainability of Solar-Integrated Ecotechnologies in Winery Wastewater Treatment.” ACS Sustainable Chemistry & Engineering 12(11), 4676–4689. https://doi.org/10.1021/acssuschemeng.3c08530 Abstract Innovative approaches in sustainable wastewater management are…

[shahananasrin-blog]

[ad_1] Newswise — In a groundbreaking study published on July 26, 2023, in the journal Environmental Science and Ecotechnology, researchers from Huazhong University of Science and Technology have introduced "Meta-Sorter," an AI-based method that leverages neural networks and transfer learning to significantly improve biome labeling for thousands of microbiome samples in the MGnify database, especially those with incomplete information. The Meta-Sorter approach comprises two crucial steps. Firstly, a neural network model is meticulously constructed using 118,592 microbial samples from 134 biomes and their respective biome ontology, boasting an impressive average AUROC of 0.896. This model accurately classifies samples with detailed biome information, serving as a strong foundation for further analyses. Secondly, to address the challenge of newly introduced samples with different characteristics, researchers incorporated transfer learning with 34,209 newly added samples from 35 biomes, including eight novel ones. The transfer neural network model achieved an outstanding average AUROC of 0.989, successfully predicting biome information for newly introduced samples annotated as "Mixed biome." The results of Meta-Sorter are indeed impressive, achieving an overall accuracy rate of 96.7% in classifying samples among the 16,507 lacking detailed biome annotations. This groundbreaking breakthrough effectively resolves the issue of cascading errors and opens up exciting new possibilities for knowledge discovery across various scientific disciplines, particularly in environmental research. Moreover, Meta-Sorter's success extends to refining the biome annotation for under-annotated and mis-annotated samples. Its intelligent and automatic assignment of precise classifications to ambiguous samples provides valuable insights beyond the original literature, while the differentiation of samples into specific environmental categories enhances the reliability and validity of research conclusions.HighlightsNeural network and transfer learning can improve the biome labeling of microbial communities.Meta-Sorter can consistently classify up to 96.65% of the “Mixed biome” in the EBI-MGnify database.Meta-Sorter prevents the cascading accumulation of inaccurate labels in environmental scientific research.Meta-Sorter enables intelligent and automatic knowledge discovery from microbial communities.With the ongoing development of standardized protocols for data submission and incorporation of additional meta-data information, Meta-Sorter is set to revolutionize the way researchers analyze and interpret microbial community samples. Ultimately, it will lead to more accurate and insightful discoveries in the realm of microbiome research and beyond.###ReferencesDOI10.1016/j.ese.2023.100304Original Source URLhttps://doi.org/10.1016/j.ese.2023.100304Funding informationThe National Natural Science Foundation of China (32071465, 31871334, and 31671374), The China Ministry of Science and Technology's National Key R&D Program (2018YFC0910502).About Environmental Science and EcotechnologyEnvironmental Science and Ecotechnology (ISSN 2666-4984) is an international, peer-reviewed, and open-access journal published by Elsevier. The journal publishes significant views and research across the full spectrum of ecology and environmental sciences, such as climate change, sustainability, biodiversity conservation, environment & health, green catalysis/processing for pollution control, and AI-driven environmental engineering. The latest impact factor of ESE is 12.6, according to the Journal Citation ReportTM 2022. window.fbAsyncInit = function () FB.init( appId: '890013651056181', xfbml: true, version: 'v2.2' ); ; (function (d, s, id) var js, fjs = d.getElementsByTagName(s)[0]; if (d.getElementById(id)) return; js = d.createElement(s); js.id = id; js.src = " fjs.parentNode.insertBefore(js, fjs); (document, 'script', 'facebook-jssdk')); [ad_2]

[liepustudentexperienceblog]

Rumi Russey from Belgium is a graduate of the master level study programme “Ecotechnologies”. In January 2023 student received a professional master’s degree in environmental sciences and now with Erasmus+ after-graduation scholarship for the 6 months period works at the Spanish National Research Council, one of the largest scientific institutions in Spain.

Rumi Russey’s defended his master thesis about the optimization of operational parameters for biosurfactant filtration: crucial step in waste lipid bioconversion, which is an unique research at Liepaja University. Student explains that this is a very specific topic as he has a background in biotechnology: “Biosurfactant basically is biologically produced element from chemical products produced by microorganisms. I worked on the filtration of this product, I filtered it after it was produced, I worked on how to make it a pure product.” The students findings were to narrow down which were the optimal parameters to use when filtering biosurfactants. Student said that Klaipeda University is also working on this and they already showed some interest on my research.

On the question of how was the research experience, the student said he was trying to combine what he was studying and what he was working at, because he was part-time working in a bioreactor company in Riga, Latvia; the company had a laboratory where they were working on biosurfactant projects.

About the cooperation with Liepaja University professors Rumi Russey adds: “I liked the flexibility a lot, everything was not always so strict, I could do my own thing a bit. My supervisor Lilita Ābele also helped me with corrections and made sure everything was done correctly”.

[natugardener]

Ecotechnology can help cut costs. Save time and money while being green.

[sizzlingmagazineinternet]

Are you someone who feels that there is a need to make effective use of the resources provided by our climate? Since it is crucial to the survival of our own and for the wider ecosystem. If you are riveting with this use of technology to save the environment, Ecotechnology is one of the emerging fields.

Ecotechnology blends an understanding of the natural sciences, social sciences, and engineering to mitigate and eliminate environmental problems.

Through the coursework, one examines the environmental issues from a global perspective and narrows them down to the grass-roots level.

[sajin100]

EcoTechnology

Environmental clearance certificates in bd

 it's far a decision issued by way of way of the manage of the environment or municipal urbanism or the self sufficient community that allows to start an interest or placed into operation a facility able to causing harm to the environment, causing inconvenience or causing risks to people and objects. Environmental licensing is needed for therefore-known as classified sports. The ones consist of a dental hospital, a mechanical workshop, an abattoir or a nightclub. However the best listing of companies that require authorization is predicated upon on the "nomenclature" of each specific municipality. DOE clearance certificate in bd

 the municipality or the autonomous network requires statistics on the operation of sports activities that might be polluting, risky, traumatic and dangerous. Similarly, they take a look at each case in advance than granting permission. In popular, they assess the protection of centers to affirm that they are in compliance with applicable rules and do no longer damage associates and organizations inside the environment. The categorized hobby license seeks environmental and community safety. It's far connected to the techniques of hobby licensing and legalization of centers. DOE technique or steps of environmental clearance certificates in Bangladesh:

 every of the eight,122 Spanish municipalities has its very own listing of agencies that require the labeled environmental license, which may moreover or may not be regulated thru the autonomous community. Therefore, it's miles essential to verify in advance than the city council the essential allows earlier than beginning any financial interest. A latest permission ought to additionally be asked when changing the pastime of a premises or facility. You need to consider the period of time it takes to prepare the report to be submitted to the government, as modifications can be required at the premises and acquiring authorization can also take between 1 and 4 months. Results for non-compliance are normally very serious, so we endorse anticipating permission earlier than you start shopping for and promoting. How to get environmental clearance certificate in bd:

 each municipality or impartial network also establishes the important files to gadget the license. They commonly request a technical task of the interest and facilities with an environmental reminiscence detailing the tendencies of this hobby, the us of a of the soil in which it's miles set up, the effect on the environment and the substances and materials used, collectively with the expected strength consumption. The impact on noise, vibration and odours is also suggested, similarly to measures to prevent them. The manner to benefit environmental clearance certificates in bd:

to get an concept, the network of madrid requests environmental impact assessments (one normal and one from the independent community), preliminary soil document and water discharge and waste management information (volatile and non-risky). Similarly, the adequacy of the installations to hearth recommendations, intense coincidence manage techniques and distinctive necessities, further to a non-technical precis of the task. Environmental clearance certificate charge in bangladesh:

dhaka metropolis council requires a venture signed by the use of a expert and visa through its corresponding professional school and data requirements along side noise and vibration management, recuperation of the affected surroundings, monitoring of the restored vicinity and the approach of dismantling and cessation of activities, wherein appropriate. Therefore, we endorse which you carry out this management through corporations and staff specialists in the education of the environmental document. Environmental clearance certificate sample:

environmental certification is the preceding tool that any investment project want to increase earlier than being finished, awaiting the full-size negative environmental influences it can generate. It is equal to the project roadmap, in which the necessities and duties of the proprietor are contained, similarly to the sports that it's going to must perform to treatment the horrible affects. Any herbal or prison person, of public or non-public law, country wide or remote places, who intends to expand an funding challenge in peru this is probably to generate horrible environmental affects of a massive nature, must manipulate an environmental certification earlier than the relevant authority. The implementation of tasks or services and exchange sports activities may not be initiated and might not be approved, legal, allowed, granted or enabled if they may be no longer formerly environmentally certified. Ecotechnology:

ecotechnology is a multi-disciplined environmental consulting company committed to providing environmental consultancy offerings and sensible answers to our clients in bangladesh. Ecotechnology is a representative, unbiased and modern consulting firm and handing over solutions to personal and government sectors. Ecotechnology is an environmental inspection, monitoring, sorting out, training, consultancy, research, improvement, verification and service oriented corporation primarily based in dhaka, bangladesh. Our fantastically professional team specializes in the practical elements of environmental making plans, engineering and technological knowledge. Via our first-rate degree of know-how and enjoy, we acquire our clients preferred consequences as correctly as possible; turning in and speaking effective solutions inside the difficulty or inside the boardroom. Our clients’ hobbies are always the front of mind, as we constantly undertaking ourselves to try for better overall performance and effects. With the resource of the use of our industry – leading thoughts and technology, we take the initiative to innovate and keep away from prescriptive answers. Environmental clearance certificates software program shape of doe:

we are interested in one-of-a-kind fields which encompass: clothes, pharmaceuticals, textile, washings, ceramic, leather-based totally, plastic, printing, packaging, energy and renewable energy, oil fuel and minerals, infrastructure and industry, port and jetty and any hard-liner industries in national and multi-countrywide network. At ecotechnology, we associate carefully with our clients and observe projects in a holistic way. We paintings side-by-aspect to assist them to navigate via the on occasion complicated global of environmental regulation to provide an final results that satisfies assignment cut-off dates, legislative compliance and environmental normal performance.

[apguru]

Scope & Career in Ecotechnology Degree Program - AP Guru

Are you someone who feels that there is a need to make effective use of the resources provided by our climate? Since it is crucial to the survival not only of our own way of life but also of the wider ecosystem. If you are riveting with this use of technology to save the environment, Eco-technology is one of the emerging fields. Eco-technology blends an understanding of the natural sciences, social sciences and engineering with the goal of mitigating and eliminating environmental problems. Through the coursework, one examines the environmental issues from a global perspective and narrows them down to the grass-root level. For more details please visit our website Or If you have any query call us: 7666456565.

[edanurabanozoglu]

Eda Nur Abanozoğlu_ Project Description Arch 401_Change Climate Change

​ ​      I studied on the site located at the Mevlana Boulevard, approximately parallel to the “Tarus” shopping mall. As a group, we focused on the car hybridization; because of the analyses we made on the Mevlane Boulevard, we see that cars are a major source for the ecological problem city has and on the Mevlana Boulevard there are too many car showrooms, parking lots and car station that create several problems. After the site analyses we see that there are lands focused on the way of use. There are mix used, residential and commercial lands. At the two sides of the boulevard, I classified sites as constantly used and not. Big part of it is for the cars and I called them as “dead spaces”. For my individual study, in my program I there are not just cars but all transportation related studies will be concern.

​       My overall strategy will be the “filtration”. Mevlana Boulevard is a providing very rich source for the design. I used Mevlana Boulevard as a human, energy and knowledge source which will be filtrated and used in specific studies. From the Mavlana Boulevard to the Tekstil Street every income will be processed. In the sense of finding form I get benefit from the studies I made to understand the forms that other big scaled mix used projects. I try to achieve that filters that located at the site will became in some parts in to a space and ın some parts just ac as a surface.  Mevlana Boulevard is not affective for the pedestrian even its name is “boulevard”. Also road acts as a barrier to the two sides and not allow people to connect two sides of it. It projects one another aim is to active the studies that pedestrian can integrate themselves to the road and the places located on it. In this manner at the center of the site there is a spine which provides the flow of pedestrians across the site. On the façade of the site trough the Mevlana Boulevard there is the first filter as surface which gets the energy from the road ( as cars movement and solar energy) then there is the second filter as “bio” a source that both filters the environment and be a source for the ecological studies. Other stages are 3 building for each: R&D center, P&R center and transition center, experimental production line with storage, high rise consists of offices and residents. Program of the project is for the first stage, take the old; second stage , reuse, transfer, improve and invent; stage three implement; stage 4 marketing of the products and last stage was transferring and teaching of the knowledge. As an overall concern all spaces that are used in the program will be varied by the users (child, teens, adults / visitors, employees, student/ regularly, spontaneously) and by qualities (analog, digital/ quite, loud/collaborative, individual/ focused energetic). In between focused spaces (filters) there will be a leak (connection) which will be achieved as three types; with bridges, surface and a spaces just defied by the surfaces. These leaks will consist of flexible spaces which has common spaces that are used for every process.

      This projects major aim is to use the Mevlana Boulevard as a source and y the filtration, lessen the negative effects of that roads high range of qualities create  some of the  ecological problems that city has. This system will be able to adapt and locate itself to another road or a center that its aim will be to absorb the power of that place to use it on the other eco-technological studies.

https://www.flickr.com/photos/137528711@N06/sets/72157705658035684

https://www.flickr.com/photos/137528711@N06/albums/72157702303778582

https://www.flickr.com/photos/137528711@N06/albums/72157705584980515

[phostergmbh]

#floatingwetlands #pflanzen auf #schwimminseln unterstützen das #ökosystem #teich #gartenteich oder #schwimmteich mit #sauerstoff und #schatten und wirken #natürlich gegen #algen #algenimteich #naturebasedsolutions #ecotechnologies #phostergmbh https://www.instagram.com/p/Bz2wUbaiHEc/?igshid=1nnls5n0w55iw

[poppy-fields0-0]

Ecotechnologies (Экотехнолог)

Hello everyone!)

This bun is called Liv Hellinger, she is an Eco-innovator. When she was still a little girl, Liv and her parents moved to a town called Evergreen Harbor. Little Livi's father was an urban planner, and since Liv was a daddy's daughter, she always watched her father and dreamed of becoming like him. But growing up, Livi realized that she wanted to help people and make their small town better and greener. Therefore, she entered the university at the Faculty of Physics. I hope you will help her with this)) * smack*

Всем приветик!)

Эту булочку зовут Лив Хеллингер, она Эконоватор.

Будучи еще маленькой, Лив с родителями переехала в городок, под названием Эвергрин Харбор. Отец маленькой Ливи был Градостроителем, а так как Лив была папиной дочкой, она всегда наблюдала за отцом и мечтала стать похожей на него.

Но повзрослев, Ливи поняла что хочет помогать людям и делать их небольшой городок лучше и зеленее. Поэтому она поступила в университет на физический факультет.

Надеюсь вы ей в этом поможете)) *чмок*

download: https://boosty.to/poppy_fields/posts/9f41d66f-fe80-42e6-9cf0-e66fea040637?share=post_link

[datdeinonychus]

Agroecology Flower (Nicté Et → Nicté: La leyenda de la flor de Mayo) 1.     Food Sovereignty: a.     Social Environmental Resiliency b.     Ecotechnologies/ Appropriate Technologies c.     Decolonization d.     Seed Defense e.     Re-peasantization f.      Campesino & Indigenous Knowledge

2.     Food Systems: a.     Food Health (food safety, nutritional health) b.     Family Farm c.     Solidarity Economy (cooperative economy, gift economy) d.     Local Markets e.     Post Extractivism (de-growth) f.      Urban Agriculture

3.     Participatory Action: a.     Participatory Action Research (PAR) b.     Ecofeminism c.     Campesino Schools d.     Popular Education e.     Dialogue of Knowledge f.      Public Policy Incidence (Advocacy)

4.     Land Defense: a.     Social Movements b.     Agrarian Reform c.     Ethnoecology d.     Social Metabolism e.     Socio Environmental Rights f.      Autonomy & Good Living

5.     Sustainable Agroecosystems: a.     Biodiversity Conservation b.     Metapopulations c.     Ecological Complexity d.     Community Ecology e.     Landscape Ecology f.      Agricultural Matrix

6.     Agroecological Practice: a.     Biological Control b.     Fertility Cycles c.     Water & Soil Conversation d.     Agrobiodiversity e.     Polycultures & Rotation f.      Agroforestry Systems

[environmentalconsultingfirm]

Check Out This Great Article on Green Energy!

Maintaining green energy in the home does not have to be difficult, and has numerous benefits for you and your family! Simply by installing a programmable thermostat or turning off the lights when you leave a room can help. Read this article for more tips on how to use green energy! And ecotechnology is an environmental consultancy firm who can help you make your house greener.

Talk to your electricity provider and see if they offer an alternative that allows your home to use green energy. Several companies are now using wind or solar power for their electricity, and you can take advantage of this! Call your provider today to find out if you can switch to green energy.

If your home has a pool or hot tub, look into a solar water heating system. Installing a solar water heating system costs about the same as a conventional system, but operating costs for the system will be much lower. Repair costs for solar heating systems are often lower as well.

Check out the Green Power Network website to find out if there is a green power alternative available in your area. Consider switching to green power if there is a good service available in your area and if you can afford to. You might be able to get a tax rebate in some states.

A good way to begin your quest for green energy is to use alternative sources to heat your home. While wood stoves have been relied upon for countless years, the newer trend is toward pellet stoves. The pellets are composed of compressed sawdust and take up far less space than a wood-pile.

A helpful tip to live greener and conserve energy is to have the windows in your home tinted. The windows in your home act like glass in a greenhouse and when you want your home to be cool, the windows will heat it up and work against your air conditioner and cost you a bundle.

Don't try to install a wind generator on a small piece of property. First of all, you'll likely get complaints from the neighbors, as an efficient wind turbine needs to be at least 30 feet off the ground. Secondly, you need about an acre of land in order to ensure an unobstructed prevailing wind.

Green Energy

If you're considering switching to green energy sources, the easiest thing you can do is call up your current electric provider and see if the offer green energy. Many electric companies offer these power sources to their customers. They may cost a bit more, however, to offset the amount of money they would've had to invest in the sources.

A good way to begin your quest for green energy is to use alternative sources to heat your home. While wood stoves have been relied upon for countless years, the newer trend is toward pellet stoves. The pellets are composed of compressed sawdust and take up far less space than a wood-pile.

Solar Energy

Getting solar panels put in at home is simple and easy to attain energy from this source. Before undertaking this project however, there are a few things to consider. The most important consideration is how much your home is exposed to sunlight. You are not going to get much solar power if your home has too much shade.

If you have a swimming pool, you can save a lot of money by using solar energy to heat the water. Solar heating systems are not more expensive than other solutions and are easier to maintain. These systems also work for your outdoor hot tub. This is probably the best use of solar power.

Conserving energy is one of the single most important things that we all can do to make the world a better place. Keeping the environment in mind is necessary to decrease pollution and make global warming a lesser threat. Remember the tips in this article to make your home greener!