DESIGN AND FABRICATION OF SMART HYDROPONICS FOR AGRICULTURE

Abstract

Traditional farming methods face numerous constraints such as land scarcity, water shortages, and soil degradation, exacerbating food insecurity concerns globally. Hydroponics circumvents these limitations by delivering essential nutrients directly to plant roots in a controlled environment, thereby maximizing yield while conserving resources. Moreover, the absence of soil eliminates the risk of soil-borne diseases and facilitates vertical farming, optimizing land utilization. Well, this would change as we hereby design the hydroponics in vertical modular system which is easy , mobile and space saving design for ease and better use for common plant growers and farmers.

Specification

Description:In our design we have changed the entire model design and made it work using gravity for water to flow from top module to the bottom module. Water/Media is circulated to the top module and then it slowly flows down the extrusion points given in the module. This is the simple working of the model and the plants are housed in the corners. The base tank works on pumping Water / Media to the top level and giving nutrients to the plants. , C , Claims:1.A Vertical design of hydroponics system (i) Extrusion (102) (ii) Module Connector.
(108) (iii)Base Tank (106) (iv) Connector hole (101) (v) Plant hole (110) Curved Design(109).
2.A Vertical design with base tank (106) Connector (110) connection pipe system(104) of Claim 1, wherein modular saves time and space.
3.A Vertical design with Individual Model (107) Extrusion (102) Curved system (109) of Claim 1, wherein modular makes system compact and easy working.

Documents