ROHIT MISHRA

Dynamic and dedicated professional with experience as an Assistant Professor at RR Group of Institute, skilled in Auto CAD and effective communication. Proven ability to lead teams and tackle challenges creatively, fostering a collaborative environment while delivering innovative engineering solutions. Committed to continuous learning and excellence in civil engineering.

1-Design of an Effluent Treatment Plan for any industry

Conclusion -

Category Key Result

Effluent Quality- Meets all ISO/Local Government discharge standards.

Operational Ease- High level of automation(SCADA/PLC) minimizes human error.

Sustainability-Drastic reduction in the"Water Footprint" per unit of production.

Land Footprint- Optimized layout (compact units like MBR) saves valuable industrial space.

Submitted by- Shivam Verma, Wasif Abbas Zaidi,Suneet Kumar

2-Impact of Rice Husk Ash on Concrete

Conclusion-The integration of Rice Husk Ash into concrete mixtures represents a significant advancement in sustainable construction technology. After evaluating the various experimental parameters,the following conclusions can be drawn: For standard structural applications, a 10% replacement is recommended to achieve the best balance of strength and durability. However, if RHA is processed through controlled

calcination (600°C–700°C) and fine-ground, replacement levels up to 20% can be achieved without

compromising structural integrity.

Submitted by-Siddhant Pandey, Abhishek Singh, Adarsh Kumar Pandey, Gaurav Sharma

3-Reuse of Plastic Bottles as Construction Materials

Conclusion- The utilization of PET (Polyethylene Terephthalate) bottles as a primary building component represents a viable, low-cost, and eco-friendly alternative to traditional masonry. Based on structural testing and environmental analysis, the following conclusions are reached that the reuse of plastic bottles in construction is a technically sound and socially responsible solution to the global housing and plastic waste crises. It is particularly effective for non-load-bearing walls, boundary walls, and low-cost housing in tropical climates.

Submitted by-Chandan Singh ,Nitin Kumar Singh, Ravi Shankar, Ashish Kumar

4-Geosynthetic filters in treatment of urban storm water runoff

Conclusion-The integration of geosynthetic filters into urban drainage infrastructure is a highly effective strategy for mitigating the "first flush" pollution common in metropolitan areas.Geosynthetic filters are no longer just "protection layers"; they are critical treatment components. For urban planners and engineers, the conclusion is clear: incorporating geosynthetics reduces the environmental impact of urban runoff at a lower cost and with higher reliability than traditional earthen methods. However, the success of the system is contingent upon selecting the correct (Apparent Opening Size) AOS to balance filtration with long-term flow requirements.

5-Effect of incense burning in temples.

Conclusion-"Incense Impact Study" is that unregulated burning in enclosed spaces is a public health hazard. However, by adopting natural floral-based sticks and improving airflow,temples can maintain their sacred atmosphere while protecting the health of the devotees and the integrity of the architecture.

Submitted by-Priyanshu Kumar