IJAITE- International Journal of Advanced Innovative Technology in Engineering

Archives of International Journal of Advanced Innovative Technology in Engineering(IJAITE)

Volume 8 Issue 3 May 2023

1. Review on Grey Water, its Components, Constituents, Purpose, Parameters, and Techniques of Recycling

AUTHOR NAME : Aarti D. Welankar, Ar. Snehal Vidhal

ABSTRACT : Water resources are polluted by phylogenesis sources including household and agricultural waste and industrial processes. Public gets more responsible over the environmental impact of wastewater pollution. Some wastewater treatment techniques, i.e. chemical coagulation, adsorption, activated sludge, have been applied to remove the pollution, however there are still some limitations, especially that of high operation costs. The use of aerobic waste water treatment as a reductive medium is receiving increased interest due to its low operation and maintenance costs. In addition, it is easy-to-obtain, with good effectiveness and the ability for degrading contaminants. This paper reviews the use of recycling of wastewater and some techniques. This research basically explains the information about the recycling of greywater and use it for domestic purposes, farming, and also for drinking and for landscaping. There are many techniques that recycle wastewater, and use it for many purposes. Those techniques contained huge plants and special zones on the overall site. Basically, this recycling technique is also called a harvest station. Its a recycling machine, which show or place in front or in a gardening area or it is mostly placed in public zones. And also provide seating near the station and also grow planters upon it.

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2. Review paper on Automated Water Bottle Filling System using Arduino UNO Controller

AUTHOR NAME : Pravin S. Wankhade, Rohit R. Dabhade, Gopal K. Chavhan, Karan P. Ade, Rajdip V. Jadhao

ABSTRACT : The paper presents an automated water bottle filling system using Arduino microcontroller. The proposed system is designed to fill water bottles automatically without human intervention. The system is composed of a water pump, a flow sensor, and an Arduino microcontroller that controls the flow of water based on the volume of the bottle being filled. The flow sensor is used to measure the amount of water that is being pumped, and the Arduino microcontroller uses this information to stop the water flow once the bottle is filled. The system also includes an LCD display to show the status of the filling process. The results show that the proposed system is efficient and accurate in filling water bottles of different sizes. This system can be used in various applications such as homes, offices, and public places to provide a convenient and hygienic way of filling water bottles.

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3. Review paper on Design and Development of an Automated Liquid Bottle Filling and Capping System using Arduino Uno

AUTHOR NAME : Pravin S. Wankhade, Shreya D. Upadhye, Prajakta R. Jadhav, Akash K. Uike, Deepak G. Gorlewar

ABSTRACT : The proposed automatic liquid filling system using Arduino and capping mechanism is a practical and efficient solution for many liquid filling applications. By using an Arduino microcontroller, the system can be easily programmed and customized to meet specific requirements. The flow sensor ensures accurate measurement and control of the liquid flow, and the solenoid valve allows for precise regulation of the liquid flow rate. The peristaltic pump is a reliable and efficient pump that can handle a wide range of liquids and flow rates. The capping mechanism is an essential component of the system, ensuring that the containers are sealed accurately and securely. The system automation reduces the risk of human error, improving the quality and consistency of the filling and capping process. The system can be easily integrated into existing production lines, improving productivity and reducing costs. The proposed system has applications in a variety of industries, including food, pharmaceuticals, and cosmetics. In the food industry, the system can be used for filling and capping sauces, oils, and other liquids. In the pharmaceutical industry, the system can be used for filling and capping medications and other liquid products. In the cosmetics industry, the system can be used for filling and capping creams, lotions, and other beauty products.

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4. Web Based Online Review Management System

AUTHOR NAME : Nikita Chaple, Arti chaple, Darshna Kadoo, Prof. Harshwardhan Kharpate

ABSTRACT : A review management system is a digital platform designed to help businesses monitor, manage, and respond to customer feedback and reviews. An online web-based review management system is a software platform that helps businesses manage their online reputation by monitoring and responding to customer reviews and feedback. The system aggregates reviews from various online sources, including social media, review sites, and business directories, and provides tools to analyse and respond to feedback in real-time. This type of review management system is accessible through a web browser, making it easy to use from anywhere with an internet connection. The benefits of an online web-based review management system include improved customer satisfaction, increased revenue, and a stronger online reputation. This abstract provides an overview of the key features and benefits of an online web-based review management system for businesses of all sizes and industries.

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5. Design and Development of Duct Cooler

AUTHOR NAME : Dr. Kirti Khandelwal, Prof. M. Nematullah Nasim, Amin Khan, Hassan Musharraf, Hiralal Jangid

ABSTRACT : In an attempt to counter the problem of ill ventilation and discomfort due to heavy temperatures during summer in central India i.e., when the temperature in summer goes well above 45 degrees, it is necessary to have a cost-effective and efficient cooling system. The ideal cooling system should be effective as well as economical. It requires less maintenance Therefore; an effective air duct cooling system is designed forth places of gathering. In this attempt, ME02 has been chosen for the design. "ME02" can best replicate the situations under which people use to gather for practical and other activities. Thus, we can attempt to design for human comfort in a much more realistic way. To carry out certain loads and calculations, a mechanical cad lab has been chosen to represent the situation and for the availability of the prerequisite data. This design has been carried out as per the guidelines given by ISHRAE. Our concentration was mainly on the efficiency of the design while giving the highest priority to the uniform distribution of cooling air and minimizing the pipe friction loss. After a series of calculations and designing the outcome was a possible solution for an optimum ducting system for our classroom. This project report will study about velocity distribution of air in the duct at various sections, pressure difference at various outlets and distribution of air flow for different load conditions.

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6. Women Safety Using Band

AUTHOR NAME : Priyanka Jumle, Priya Patil, Santoshi Mahato, Prof. Devki Nandgaye

ABSTRACT : In modern times, women are physically harassed in public places, schools, workplaces, or while traveling. Most cases of physical harassment occur when women are alone or traveling. Harassment has always been a major problem and poses a great threat to our society. In daily life, this problem has a great impact on people and especially on women in our society who feel unsafe when they leave the house. Many of us are trying our best to prevent this problem, but we are facing a problem. There are so many apps and devices that are supposed to protect women from assault, but unfortunately, it is not enough. There are many Android apps for smartphones, but for those who do not use smartphones or do not have their phone at hand at work, this proposed system will be helpful. The system proposes a smart portable device for security that includes various modules such as GSM, GPS and camera. The proposed system will help women in emergency situations by providing them. the implemented system will help women in emergency situations by activating the modules by clicking the switch and allowing them to defend themselves in case of emergency.

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7. Design of Stair Climbing Trolley

AUTHOR NAME : Prof. Khawaja Izhar Ahmed, Dr. Nafees P. Khan, Sourabh Das, Jawwad Ahmed, Shruti Ninave, Ayush Indurkar, Anushree Shende

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8. Design and Development of Android News App

AUTHOR NAME : Sarang Suresh Bagade, Atharva Prakash Patil, Mansi Gunwant Bayaskar, Dr. A. S. Manekar

ABSTRACT : Over the past few years, mobile news applications have become an extremely hyped thing for mobile users from all over the world. And, it is no wonder to learn that with the passage of time, their popularity and demand continue to enhance. The paper, the “Android Application for News" is a cutting edge and versatile mobile news application fundamentally designed to help people connect with the world in a very friendly, easy and hassle-free manner. With this application phones will touch the base with people via images and headlines. It is very simple to use and easy to install that can be downloaded directly. In todays busy routine life, the users of this mobile news application will be just a click away to access all the basic current affairs in todays day to day routine of the society.

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9. A Review - Design and Fabrication of All Terrain Wheelchair (ATWC)

AUTHOR NAME : Dr. R. N. Dehankar, Dr. M. Sohail Pervez, Jouhar Sheikh, Harshal Sontakke, Shakib Sheikh, Shadab Sheikh

ABSTRACT : The all-terrain lever-powered wheelchair (ATWC) is an assistive device designed to enhance the mobility of individuals with limited mobility. Its primary purpose is to allow users to navigate rugged and uneven terrains with ease. This paper presents the design and fabrication process of an ATWC specifically developed to improve the mobility of disabled individuals. The ATWC incorporates a unique system of two hand levers for propulsion, turning, and braking. These hand levers employ different hand grasp and gross movement patterns compared to conventional wheelchairs. This design feature enhances the wheelchairs efficiency and makes it suitable for various functional mobility applications. The ATWC is built upon the fundamental design elements of an existing model developed for third-world countries. By leveraging these design elements, the wheelchair benefits from proven concepts and techniques. Additionally, the plan is to manufacture the ATWC in India, where the availability of higher-performance materials and bicycle parts opens up a wider range of design possibilities. Utilizing these resources will significantly enhance the overall performance of the wheelchair. By improving mobility independence and enabling individuals to adventure into all-terrain environments, the ATWC has the potential to positively impact the lives of disabled individuals not only in India but also in other developing countries. It offers an opportunity for individuals to overcome mobility limitations and experience greater freedom and independence in their daily lives.

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10. Fabrication & Testing Of Duct Air Cooler

AUTHOR NAME : Dr. Kirti Khandelwal, Sheikh Nawaz, Amin Khan, Shreyash Singh, Hassan Musharraf, Hiralal Jangid

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11. Impact of Colours in Architectural Design

AUTHOR NAME : Anushree S. Dakhane, Ar. Prof. Snehal Vidhale

ABSTRACT : Architectural design is a multi-step process that starts with concept creation and ends with design realisation. The architecture and design of space are influenced by a variety of elements. Colour is one of the fundamental qualities of a realised home design. It has been extensively explored how colours complex nature affects art, culture, psychology, and religion. It has been noted that colour is a key aspect of the human visual sense. Numerous theories and presumptions have been developed regarding the aesthetic comfort provided by colours and their impact on the human psyche. In the study, the significance of colours in architectural design is discussed. This includes residential structures as well as public buildings like offices, hospitals, and educational facilities. The analysis is done on the significance of employing particular colours in day and night areas of residential areas. Considered are the experiments carried out in this area that demonstrate a wide range of effects on many facets of human existence. Conclusions on the use of colours in the architectural design of public spaces are reached after analysing the results of the experiments that were undertaken. It has been demonstrated that they have an impact on staff morale and productivity, patient recovery in hospitals, and the effectiveness of student work in classrooms. The purpose of the study is to examine how the colours used in an interior affect the people who use that space.

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12. Study of Vertical Farming Challenges And Future Perspective

AUTHOR NAME : Pallavi Raju Dharme, Ar. Ankush Khandare

ABSTRACT : With the use of modern technology and intense farming practise, production can be enormously increased by vertical farming. With the shortage of water, the effects of climate change, the manpower shortage, and the shrinking amount of fertile land, vertical farming is emerging as a solution. In a neighbourhood where fresh produce is hard to come by, vertical farming offers a job opportunity, helps the local economy, and produces nutritious food. Growing food production, preserving high-quality products, ensuring product safety, and promoting sustainable urban farming are all advantages of vertical farming. The main benefits of vertical framing include positive effects on the environment, society, and economy. Additionally, vertical farms can offer ways to improve global food security. This study is a critical analysis of related publications that have been published in pertinent journals and online scientific databases. To promote quick growth and maximum output, crops are cultivated utilizing a variety of growing media in vertical farming, including per-lite, coco-peat, and vermiculite. Vegetables are the greatest candidates for vertical farming since they have a short lifespan and offer significant net returns.

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13. Effectiveness Comparison of Shell and Tube Heat Exchanger

AUTHOR NAME : Hakimuddin A Husain, M Shakebuddin, Syed Izhaan Rezvi, Mohammed Sufiyan, Faizan Sheikh, Arsalan Khan, Taher Mehtawala

ABSTRACT : An overview of the research on shell and tube heat exchangers is given in this article. For applications like heat transmission in the industries, heat exchangers are used extremely often. In comparison to other types of heat exchangers, shell and tube heat exchangers offer higher surfaces for the transmission of heat between the two fluids. For applications like liquid-to-liquid heat transfer with high-density working fluid, shell and tube heat exchangers are widely used. In this work, convective heat transfer of tap water, cold water and hot water is analysed with various parameters such as mass flow rate, heat transfer rate, overall heat transfer coefficient and effectiveness with constant temperature in shell and tube heat exchanger. The Effectiveness of the experiments came out to be 46% for Hot vs Room temperature condition, 35% for Room temperature vs Cold condition and 68% for Hot vs Cold condition.

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