Design Features
1) Ready to Assemble (RTA) & Foldable, 2) Easy to transport, 3) Very sturdy than cement concrete, 4) Temperature controlling walls, 5) Anti Earthquake , 6) Natural Lights with good Ventilation, 7) Electric fitting, Plumbing, wall color... factory made, 8) House design according to culture and religion. (Like Catholic, Islamic, Hindu, Buddhist, Indian, Egyptian, African, Gothic, Chinese, etc.), Now Humans can live happily in dense forests, on top of the mountains, in desserts, in drought areas, and anywhere with all city-style amenities.
Marketing Strategy
Type of customers, 1) Local, every Tahasil in India and underdevelopment villages 2) National, distributors in District level, all over India. Note: Indian Government has taken my idea, the project Name, LIGHTHOUSE is my Gmail id lighthousestudioz@gmail.com. Interesting details at the end of the presentation. 3) The global market, export to undeveloped countries like Ghana, Sudan, Somalia, Nigeria, with government tie ups (which is easy).
Project Description:
L1) Location of the site: Surat, Gujarat 2) Raw material requirements: Fly Ash, Cement, torn steel bars, Solar panels, etc. 3) The target of production: First-year 12000 units 4) Area required for the work shed: 2,000 sq meter 5) Power requirements: 3 phase 6) Water requirements: 30,000 gallon per month 7) Employment requirements of skilled and unskilled labor: 3:12 8) The technology selected for the project: construction technology 9) Projected production volumes, unit prices: 2,15,000=00 INR. (Max) 10) Vehicles: Fork lifts, pickup vans, cars etc. 11) Machinery: I. Custom designed Fly ash panel making machine II. drying trays.
Conserve Metal
India consumes 1.5 million tons of metal to make metal tubes (pipes) per year for the water management system. It must operate a huge water purifying system. It needs technical as well as administrative staff which adds to operating costs. This cost is taken by the consumer which can be saved. Conserve Copper: Now people can build their homes in mountains, in deserts... in any remote place. This will make every house free from Outdoor Electric cables. We can save 2 million tonnes of copper every year.
Solar power
The average Indian family consumes 18 kW of electricity. To generate 18 Kw electricity through solar power it needs only 600 sq ft space. This space is available in these specially designed houses. Indians use 21% of the electricity for domestic purposes. Small scale Industries need 36% electricity. This can be replaced by solar power. This project gives 100% solution to the power supply.
Water harvesting
At every 1000 sq. ft. a house we can collect 1,00,000=00 liter water. i. The average Indian individual consumes 50 to 60 liters of water per day. i.e. 5 members family consumes 1,00,000=00 liters per year. ii. This water can be stored underground in the house. A water tank with (20L x 20W x 10H) ft size creates 4000 cubic feet of space, which can hold 1,00,000=00 liters of water. (If any house has fewer Square feet size, then water tank depth can be increased to maintain cubic feet.)
Class conflict
Revolutionizing Lives: A Blueprint for Affordable Housing Addressing the Global Crisis. In a world teeming with challenges, three critical issues demand our immediate attention and innovative solutions: the staggering population below the poverty line, the economic strain on the middle class, and the pressing need to minimize class conflicts. As we navigate these intricacies, our focus turns to a transformative approach that not only provides shelter but reshapes economies and fosters social harmony. .
Disaster-Resilient
Revolutionizing Disaster-Resilient Housing: A Fly Ash Innovation.Building Beyond Tragedy. Redefining Safety in Earthquake-Prone Regions.Tragedies often strike when least expected, and in earthquake-prone regions, the toll on human lives is devastating. In the aftermath of 3 million earthquake deaths, a staggering 1 million lost their lives under the debris of houses. It's time to rethink construction methodologies.
Economical Living
Revolutionizing Housing: a Harmonious World. In an era where disparities echo loudly across societies, the concept of sophisticated, factory-made economical houses emerges as a beacon of hope, capable of minimizing class conflict and fostering global harmony. This detailed exploration navigates the intricacies of this transformative approach, unveiling its potential impact on economies, resource consumption, and, ultimately, global unity.
furniture new era
Revolutionizing Furniture Production for a Sustainable Future.In our relentless pursuit of a more sustainable world, the way we manufacture furniture plays a pivotal role. Let's delve into a visionary approach that not only redefines the materials we use but also addresses the environmental impact of our choices.
global warming
Decoding the Environmental Peril: Global Warming and the Greenhouse Effect.Unveiling the Environmental Impact of Cement Production (a) Fuel Consumption in Cement Production.The process of cement production, a cornerstone of construction, has far-reaching consequences for our planet. Annually, an alarming 12 million tons of fuel are incinerated in the pursuit of producing 3.6 billion tons of cement worldwide. This massive fuel consumption not only strains our finite resources but also significantly contributes to the ominous specter of global warming.
Impact on construction industry
Revolutionizing Construction: A Paradigm Shift from Site-Oriented to Factory-Centric Approach.In the ever-evolving landscape of the construction industry, where traditional methodologies meet the demands of modernity, a groundbreaking transformation is on the horizon. This article will delve into the significant impact of adopting a factory-centric approach over the conventional site-oriented construction activities, promising a multitude of benefits for builders and revolutionizing the market dynamics, especially in rural areas.
Manufacturing Process
Revolutionizing Construction: A Detailed Insight into our Manufacturing Process. In the realm of construction innovation, the manufacturing process plays a pivotal role in shaping the future of sustainable and efficient building solutions. In this comprehensive article, we delve into the technical intricacies of our project report, focusing on the meticulous manufacturing processes that set us apart. Manufacturing Process Unveiled: Crafting the Future
Ozon layer
Revolutionizing Environmental Conservation: A Holistic Approach. Unveiling the Environmental Menace. Ozone Layer Depletion: The Consequence of Open Ground Littering. A staggering reality looms over our planet—4.98 billion humans resort to open grounds for littering, emitting a colossal 35 billion liters of hazardous gases annually. This rampant practice poses a severe threat to our fragile ozone layer, the protective shield shielding life on Earth from harmful ultraviolet (UV) rays.
Reduce gas house effect
Mitigating Greenhouse Gas Emissions: The Revolutionary Impact of Fly Ash. In the pursuit of a more sustainable future, a comprehensive study explores innovative approaches to mitigate the greenhouse gas effect. Among these, the substitution of traditional cement with Fly Ash emerges as a game-changer, promising not only environmental benefits but also a significant reduction in water consumption during construction. Rethinking Cement: A Global Perspective.
Replacing cement
Revolutionizing Construction: The Technical Marvel of Fly Ash replacing Cement. In the realm of modern construction, innovation is the cornerstone of progress. At [Your Company Name], we stand at the forefront of pioneering change, and one such groundbreaking shift is the incorporation of Fly Ash replacing Cement in our construction practices. Let's delve into the technical intricacies of this revolutionary construction method that is reshaping the very foundations of the industry.
Water harvesting with data
Revolutionizing Water Harvesting: A Data-Driven Paradigm In the quest for sustainable living, water harvesting emerges as a pivotal solution that not only addresses the global water crisis but reshapes the future of water management. In this comprehensive article, we will delve into the transformative power of water harvesting, supported by pertinent data, and explore how it can usher in an era of abundance while eliminating the harsh realities faced by many, particularly women in rural India. .
water saving
Unveiling the Impact of Fly Ash on Water Saving Global Sustainability.In our pursuit of sustainable energy solutions, it is imperative to scrutinize the byproducts of power generation, especially focusing on Fly Ash. This often-overlooked residue from coal-burning power plants holds immense potential, not just as an environmental concern but as a valuable resource for shaping a greener future.
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