Organic Fertilizer Generation
Project-No: RP-03525G entitled, “Design and Implementation of IOT Based Smart Bin for Organic Fertilizer Generation" sanctioned under the Unnat Bharat Abhiyan 2.0 Program, approved by Sustainable Agriculture System SEG and funded by the National Coordinating Institute UBA 2.0 (IIT Delhi) against UTR No. – 269593940 vide dated 30- 12-2022
Organic Fertilizer Generation
Project-No: RP-03525G entitled, “Design and Implementation of IOT Based Smart Bin for Organic Fertilizer Generation" sanctioned under the Unnat Bharat Abhiyan 2.0 Program, approved by Sustainable Agriculture System SEG and funded by the National Coordinating Institute UBA 2.0 (IIT Delhi) against UTR No. – 269593940 vide dated 30- 12-2022
NameoftheInstitute:Sethu Institute of Technology
State,District:Tamilnadu,Virudhunagar
Name of thevillage in which technology is going to be implemented:Kambikudi, Virudhunagar
Title of the technology: Design and Implementation of IOT Based Smart Bin for Organic Fertilizer Generation
Whatis thescientificapproachtochoosetheparticulartechnology?
Bothwastemanagementandorganicfertilizersaretheultimaterequirementinruralareas inordertoreducethelandpollution.Therebytheenvironmentbecomescleanandhuman health is prevented.
Equipmentandmachineryrequired
Duration tothefirstoutput afterinstallation:6 Months
Resources required (raw material, energy,water etc.) for operationalization ofthe technology:
Wetwaste(Vegetablewaste,rottenfruits,foodwaste,food-soiledpaper,non-hazardouswood waste, green waste, and landscape and pruning waste).
Progress of theProject forSix Months:
Theproposedprojectisdividedintotwomodules.
Insmartbin,biodegradableandnon-biodegradablewastesaresegregatedwhichwasdisposed from the household wastes and the agricultural wastes are separated as a natural waste and converted into a fertilizer which is tobe used as a chemical free fertilizer. In this project, the processisgoingtoseparateadumpedwasteintonaturalwaste,metalwasteandplasticwaste, which means the natural waste, metal waste and plastic waste are separated in the separate chamber, metal waste are separated in the individual chambers. Then the organic waste is converted in to fertilizer.
The prototype is tested to separate the biodegradable and non-biodegradable wastes and is shown in the below figures 1,2 & 3.
Module2:ConversionofSegregatedBiodegradablewasteintoFertilizer
The heating method is used for, to heat the wet biodegradable wastes and converts into dry biodegradablewasteswhich iseasyto grind the wastesand converted as inpowdered form of organic fertilizer. For heating method Spring Heating Element Coil is used. It is fixed around thecontainertoheatthebiodegradablewastes.Whenthewetbiodegradablewastesarechanged into dry condition, it automatically stops the heating process. The dried biodegradable wastes are grinded to make a powdered organic fertilizer with the help of DC motor for rotation and blade for grinds the dry biodegradable wastes to form a fertilizer and is shown in Figure 4.
Workto bedone
*Thetestedprototypeshavetobecombinedintoasingleunit.
RequiredTimePeriodtoimplementtheProject:2 Months
FacultyIn-Charges:
StudentVolunteers:
