A Low‑Cost Groundwater Contamination Early‑Warning & Protection System
An INSPIRE‑MANAK science project – turning a real environmental challenge in Jawaharnagar, Hyderabad, into a scientific investigation and a community solution.
The legacy waste dump at Jawaharnagar, Hyderabad has a documented history of leachate seepage, especially during the monsoon. Leachate is a contaminated liquid formed when rainwater percolates through waste. If it moves downward, it can affect groundwater — the water that many communities rely on.
Central Pollution Control Board (CPCB) documentation specifically notes that the legacy waste dump at Jawaharnagar has had leachate seepage during monsoon that can pollute surrounding lakes. CPCB also identifies leachate collection and treatment, impermeable barriers, storm‑water diversion, and groundwater monitoring as important controls for landfill pollution.
But there is an important distinction: students should not assume that every contaminated bore well in Jawaharnagar is contaminated because of the landfill. They should first collect water samples and have them professionally tested.
Without proper monitoring, contaminated groundwater might be used unknowingly. Simple pH/TDS sensors cannot guarantee safety, but they can act as sentinels — detecting changes that call for laboratory testing.
Not to replace professional testing, but to create a cheap, community‑based early‑warning system that alerts when groundwater indicators change. This is the innovation gap — a realistic and scientifically responsible project.
🧪 Important: Every contaminated bore well in Jawaharnagar is not necessarily contaminated because of the landfill. Water samples must be professionally tested before drawing conclusions.
Instead of trying to build a machine that magically purifies contaminated groundwater, students solve the more realistic problem: How can a community detect possible groundwater contamination early and prevent contaminated water from being used?
The really interesting problem at Jawaharnagar is leachate + rainwater + groundwater. Students can build a transparent miniature landfill to demonstrate the difference between poor and improved protection.
Rainwater enters waste → contaminated liquid moves downward. This demonstrates the risk of leachate reaching groundwater.
Rainwater is diverted away from waste. Leachate is collected separately. The base has an impermeable liner. A drainage layer collects leachate. A monitoring well checks groundwater.
This reflects the principles recommended in CPCB landfill guidance: storm‑water diversion, impermeable lining, leachate collection/treatment and groundwater monitoring.
Instead of simply copying a landfill design, the students ask: “Can we create a very cheap early‑warning system before contaminated groundwater spreads?” The answer is a vertical monitoring cartridge that can be inserted near vulnerable waste sites.
If conductivity/TDS/turbidity changes significantly from the established local baseline:
The key invention is therefore: A low‑cost community groundwater early‑warning system around vulnerable waste sites. This is a scientifically responsible and original project direction for INSPIRE.
This is where students can become much stronger than ordinary exhibition projects. Take properly labelled samples from different locations, with permission and safe sampling practices:
If possible, sample at different times: before / after rainfall or dry vs wet period.
“Does rainfall correspond with changes in our screening measurements?”
That is a genuine scientific investigation. Students can analyse trends and compare screening values with laboratory results.
The Telangana groundwater system itself uses groundwater‑quality mapping and monitoring to assess suitability and identify locations where alternate water sources or remedial measures may be needed.
“If Jawaharnagar already has a landfill and leachate‑management systems, what gap are you trying to solve?”
Student's answer: “My project does not replace professional groundwater testing or landfill treatment. My innovation is an inexpensive early‑warning system that can identify unusual changes in groundwater indicators and tell the community when laboratory testing and further action are needed.”
That is a much more scientifically responsible and original project direction. It is far more defensible for INSPIRE than claiming: “Our machine purifies Jawaharnagar groundwater.” Actual groundwater contamination may involve substances that a simple school filter cannot safely remove.
Social benefit: Protects children, elderly people, families and nearby communities from unknowingly using potentially affected groundwater.
Environmental benefit: Encourages early detection rather than waiting until contamination becomes severe.
Name: Sidramirza
Father's name: Shereyar Mirza
Email: mirzashereyar@gmail.com
Phone: 890534280
Aadhaar: 734172690924
Bank: Canada Bank – DPDO, Account: 110036111083, Branch: Masab Tank Road No.1, Banjara Hills
These are examples of local testing services; students should confirm accreditation and specific test capabilities.
A smart AI‑powered cane for visually impaired people
To create a smart cane for AI‑powered people who are visually impaired and understand their surroundings.
Visually impaired people may face difficulties while walking because they can't easily see objects, obstacles, steps, colours and other things around them. They also face problems while travelling.
Vision Nexus A.I. is an intelligent cane connected to an A.I device. It uses sensors and a camera to understand the surroundings. The AI can identify obstacles and objects, describe their colour and size, and also indicate that there is an obstacle in your way. It can also help the user understand which direction an object is located and also the route they should follow to reach their destination. It also listens to them and their problems.
Switch on the AI cane and walk normally. The A.I senses nearby obstacles and informs you. You can ask questions and it will answer.
Name: Ayesha Abdul Bari
Class: 8th‑D
Father's name: Mohammed Abdul Bari
Contact: 6309543802, 7075641004
School: Holy Mary High School
Gmail: ayeshaabdulbari13@gmail.com
Bank: State Bank of India, Account: 40580556228, Branch: Khairatabad, Pin: 500004
Can wasted vibration from vehicles be converted into useful electrical energy?
Every day, thousands of vehicles travel on roads, producing pressure and vibrations. Most of this mechanical energy is simply lost. My project explores whether this wasted energy can be converted into useful electrical energy using piezoelectric technology.
Piezoelectric materials have a special property: when pressure or mechanical stress is applied to them, they produce a small electrical charge. In my proposed system, piezoelectric plates would be placed beneath a section of road. When vehicles pass over this section, their weight creates pressure on the plates. The resulting electrical energy can then pass through an electronic circuit and be stored or used for low‑power applications.
This technology could potentially be useful in places with frequent vehicle movement, such as roads, parking areas, toll plazas, bridges, and entry gates. The generated electricity could support small devices such as road sensors, monitoring systems, warning lights, or other low power electronics.
The main advantage of this idea is that it attempts to recover energy that would otherwise be wasted. It also combines physics with renewable energy concepts and smart infrastructure.
My project aims to demonstrate a practical application of the piezoelectric effect and encourage further research into energy recovery.
Vehicle movement contains mechanical energy that can potentially be harnessed. By using piezoelectric materials and electronic circuits, some of this otherwise wasted energy can be converted into useful electrical energy for small‑scale applications. This concept could contribute to future smart and energy‑efficient infrastructure.
Name: Nabıya Binte Osman
Class: IX ‑ C
Phone: 7995988988
Email: amtularshiya74@gmail.com
Mother's name: Amtul Arshiya
Father's name: Osman bin Hadi
Aadhaar: 548887066561
Bank: Canada Bank, Masab Tank, Account: 0798101065163
A science model showing how special road surfaces can help reduce certain air pollutants using sunlight
Air pollution from vehicles is a major environmental problem worldwide, especially in cities. Our Pollution‑Eating Road is a science model that demonstrates how special road surfaces can help reduce certain air pollutants using sunlight.
The project is based on photocatalysis. Materials such as titanium dioxide can react with sunlight and help break down certain pollutants in vehicle exhaust. The pollutants are converted into less harmful substances chemically. This technology is being studied on roads and buildings.
For the hand supplies, use a labelled demonstration tray rather than handling chemicals.
Name: Asma Abdul Rub
Class: IX ‑ D
Father's name: Mohd Abdul Rub
Contact: 8790831881
Bank: State Bank of India, Branch Lakdikapool, Account: 44231778219
Aadhaar: 381023748585
Catching solid waste and monitoring drainage conditions for early warning
Drainage systems often receive solid waste, leaves, wrappers and other solid waste. This waste can accumulate and clog the drainage system. During heavy rain, a blocked or restricted drain may cause water to sit and eventually overflow, resulting in unhealthy surroundings and conditions.
If left untreated, the problem may only become noticeable after a significant water accumulation or when it has already occurred. The major causes include:
The system will catch solid waste using a removable mesh basket, monitor water level, detect unusually dirty/turbid water, give warnings when abnormal conditions are detected, and give critical warning when waste accumulation and abnormal water‑level rise occur together.
Smart Drain Guard combines waste collection and drainage monitoring into one system: by catching solid waste and monitoring water level and water clarity, it can provide an early warning when drainage conditions become abnormal. This project can potentially help communities manage drainage systems more effectively.
Name: Syeda Sadaf Fatima
Father's name: Late Syed Ahmed
Mobile: 6304485069
Bank: Central Bank of India, Branch Nampally, Account: 5163315770