Eco village upload
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This document discusses the environmental characteristics of an eco-village that promote environmentally sustainable development. It describes how the optimal orientation of the buildings ensures maximum sun exposure for solar panels and allows for sea breezes. Insulation and double glazing are used to regulate indoor temperatures without air conditioning or heating. Solar panels, natural ventilation, thermal mass, and rainwater storage reduce energy and water usage from external sources.
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2. Sustainable practices employed include optimizing building orientation, ventilation, and materials to reduce energy usage. Solar panels, wind turbines, and water recycling are used to offset power needs.
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Designing & Building Home As System
The document discusses designing and building homes as a system by considering site planning, building envelope, resource efficiency, energy efficiency, water efficiency, and indoor air quality. It provides examples of techniques for each area such as protecting natural site features, using air-tight construction, installing high-efficiency HVAC systems, utilizing water-efficient fixtures, and choosing low-VOC materials. The overall message is that an integrated, holistic approach can create more sustainable homes that use less energy and resources.
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The document provides an agenda and overview for a workshop on biomass, green roofs, and greywater/heat recovery technologies. The agenda includes presentations on biomass by Brad Leonard for 35 minutes, green roofs by Bardi Vorster for 35 minutes, and greywater/heat recovery by Michael Tiffe for 35 minutes. Follow up workshops will provide more detailed "how to" information on home heating, home power, and biomass and conservation technologies.
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The buildings and landscapes at Duke Farms have been designed to be sustainable. This means that they place minimal demands on non-renewable energy resources and reduce pollution and waste,creating healthier indoor and outdoor environments.
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Energy saving in green building
This document summarizes a seminar on energy saving in green buildings. It discusses key concepts of green buildings such as reducing energy and resource consumption. It compares green buildings to conventional buildings and outlines tangible benefits like reduced operating costs and intangible benefits like environmental and health improvements. It also examines aspects of green building design like building orientation, envelope measures, lighting and renewable energy to reduce energy consumption. The presentation concludes that adopting green building practices can help reduce environmental impacts while providing human comfort in an eco-friendly way.
Energy saving in green building
This document outlines a seminar on energy saving in green buildings presented by Mr. Akshay B. Kathalkar and guided by Prof. R.M. Phuke in the Department of Civil Engineering at Akola College of Engineering and Technology. The seminar discusses green building concepts, comparisons to conventional buildings, energy consumption in buildings, and approaches to reducing energy usage through proper orientation, envelope measures, equipment and systems, and use of renewable energy. The conclusion emphasizes that green buildings have financial, health, and environmental benefits and can help reduce the minimal impact on the environment.
A Green Home
The document discusses ways to make a home more energy efficient through the use of solar screens, radiant barriers, attic ventilation, and insulation. It explains that solar screens block heat from entering windows, radiant barriers reduce heat transfer through reflection, attic ventilation improves air circulation, and insulation provides thermal and sound insulation. Implementing these measures can help lower energy bills while also being better for the environment.
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Multi-Effect Distillation with solar energy
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Rainy by Vardhman Envirotech
Rainwater Harvesting by Self Cleaning Technology. Each Roof can generate fresh, soft and pure water with Rainy.
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A presentation on Greenhouse Structures. Structures with walls and roofs covered with transparent material. Allows sunlight to enter for plant growth and maintenance. Artificially heated and cooled
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20201202_Passive Design Principles.pdf
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2) Key factors that affect thermal comfort are air temperature, relative humidity, air movement, clothing, activity level, and mean radiant temperature. Passive design strategies can help control these factors.
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Eco friendly house finall (1) (1)
The document discusses eco-friendly houses. It defines an eco-friendly house as a type of house designed to be environmentally friendly by efficiently using energy, water, and materials while reducing pollution and waste. It then outlines some of the key components of eco-friendly houses, including solar panels, wind turbines, insulation, windows, heat pumps, gardening, and systems for water conservation. The document also provides tips for transforming a regular house into an eco-friendly house by making it more energy efficient, installing renewable energy systems, reusing water, and using sustainable materials and practices.
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This presentation and Q & A will cover the nuts and bolts of green renovations, from both a builders perspective, and also that of a healthy home consultant. Whether youre a ahomeowner or a renter, the green strategies that will be offered in this clinic will help you synthesize the wealth of information surrounding green residential renovations.
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Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
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Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
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- 2. Introduction Zac Introduce Case Study introduction
- 5. What Characteristics Make an ESD? Jesse
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- 10. Benefits of the Environmental Characteristics Optimal Orientation Ensures maximum sun exposure to the solar panels Allows for sea breeze Insulation Keeps the heat out in the warmer months Keeps the cold out in the cooler months Double Glazing on Windows Traps heat from entering the house Solar Panels Reduces electricity use
- 11. Benefits of the Environmental Characteristics Natural Cross Flow Ventilation Cool breezes to travel through in summer Thermal Mass Reduces energy consumed for heating and cooling Eliminates the need for air conditioning and heating Rainwater Storage Reduces the use of water from the dams Helps water wastage