Page 699 - Emerging Trends and Innovations in Web-Based Applications and Technologies

International Journal of Trend in Scientific Research and Development (IJTSRD)
Special Issue on Emerging Trends and Innovations in Web-Based Applications and Technologies
Available Online: www.ijtsrd.com e-ISSN: 2456 – 6470

Fertilizer Waste Management System: A Review

Tushar Kanojiya , Tupesh Kapse , Prof. Subhra Chinchmalatpure , Prof. Anupam Choube
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1,2,3,4 Department of Science and Technology,
1,2,3,4 G H Raisoni College of Engineering and Management, Nagpur, Maharashtra, India

ABSTRACT account also facilitates partnerships with recycling firms to
The increasing use of fertilizers in agriculture has raised handle unused or expired fertilizers.
concerns about waste management and environmental
impact. This review explores a novel platform to manage B. Farmer Account
and minimize fertilizer waste by connecting farmers with Farmers access tools to manage their resources effectively.
recycling companies. The proposed system incorporates The platform provides real-time data on storage levels, crop-
three panels: Company Account, Farmer Account, and specific fertilizer requirements, and pricing options. This
Dispatcher, to streamline fertilizer distribution, storage, transparency helps farmers make cost-effective choices,
and recycling. The platform aims to enhance agricultural reducing waste and improving productivity.
productivity while ensuring sustainable practices. C. Dispatcher

The Dispatcher ensures smooth logistics, maintaining
KEYWORDS: Fertilizer waste, Sustainable agriculture, records of orders, delivery addresses, and timelines. This
Recycling, Fertilizer distribution, Waste management system role is critical for connecting farmers and companies,
ensuring that the right products reach the right locations
I. INTRODUCTION efficiently.
Fertilizers play a pivotal role in modern agriculture, IV. Benefits and Challenges
providing essential nutrients to enhance crop yield. A. Benefits
However, inefficient use often leads to significant waste, 1. Environmental Sustainability:
environmental degradation, and economic losses. Addressing  Reduces fertilizer runoff and soil contamination.
these issues is critical for sustainable development. A digital
platform that integrates key stakeholders—fertilizer  Promotes recycling of expired fertilizers.
companies, farmers, and dispatchers—can optimize the 2. Economic Efficiency:
supply chain, minimize waste, and promote recycling  Saves costs for farmers through precise fertilizer
practices. This paper reviews the structure, roles, and application.
benefits of such a system.
 Minimizes waste in storage and transportation.
II. Methodology
The proposed platform is designed with three primary 3. Enhanced Productivity:
panels, each playing a distinct role:  Ensures timely delivery and optimal resource utilization.
1. Company Account:  Aligns fertilizer supply with agricultural cycles.
 Manages buyer profiles for fertilizers and seeds.
B. Challenges
 Provides recommendations for products based on 1. Technical Barriers:
seasonal demands.  Requires user-friendly interfaces for diverse
stakeholders.
 Facilitates communication with farmers and dispatchers.
 Demands robust data integration and analytics.
2. Farmer Account:
 Updates storage data, indicating the required quantity of 2. Adoption Issues:
fertilizers for specific crops.  Farmers may resist transitioning to digital platforms.
 Tracks sales of fertilizers and seeds.  Initial costs of implementation could deter stakeholders.
 Suggests budget-friendly, high-quality fertilizers and V. Environmental Impact and Sustainability Goals
seeds tailored to seasonal needs. Efficient fertilizer management can significantly reduce
environmental risks associated with agricultural practices.
3. Dispatcher: Fertilizer runoff into water bodies contributes to
 Coordinates delivery, including farmer name, address, eutrophication, adversely affecting aquatic ecosystems. The
and order details. proposed platform addresses these concerns by:
 Maintains company and farmer address logs to ensure 1. Encouraging the use of eco-friendly fertilizers.
efficient logistics.
2. Minimizing over-application through precise usage
III. Proposed Platform recommendations.
A. Company Account
The Company Account serves as the backbone of the system. 3. Establishing partnerships with recycling companies to
By analyzing seasonal trends and buyer profiles, companies handle waste responsibly.
can make informed decisions about product distribution. The

IJTSRD | Special Issue on Emerging Trends and Innovations in Web-Based Applications and Technologies Page 689