RECYCLING OF FRP BOATS
Journal: International Journal of Advanced Research in Engineering and Technology (IJARET) (Vol.9, No. 3)Publication Date: 2018-05-31
Authors : JAYARAM S SIVAPRASAD K; NANDAKUMAR C. G;
Page : 244-252
Keywords : FRP boats; FRP Boat Recycling; Boat Recycling Plan; Design for Ship Recycling; Recyclability;
Abstract
Application of Fibre Reinforced Plastic (FRP) for marine structures range from small boats to ships. Their scope also extends to underwater vehicles and the deck structures of offshore platforms. Use of composites in boat building can be traced back to nineteen fifties. Sea going boats are subjected to considerable wave forces besides cargo loads. With the latest developments in material science, it is possible to engineer the composite materials with necessary strength and durability in the marine environment. Recycling of obsolete boats is a growing issue in the marine industry especially with the interference of various environmental monitoring agencies and maritime organisations. Recycling of the existing boats is complex and costly since the existing boats are not ‘built to be recycled'. Besides reporting the application of nonmetallic composite in the marine environment, this paper addresses the issue of recycling of FRP boats. A guidance plan for the recycling of FRP boats is presented in the paper. The paper also describes the application of design for ship recycling concept in the context of FRP boats and presents a recyclability analysis of the FRP materials that are dismantled from the boats. Safe recycling of FRP and other materials from boats from a sustainable development perspective has been addressed.
Other Latest Articles
- A STUDY ON FACTORS INFLUENCING ONLINE SHOPPING BEHAVIOUR AMONG CONSUMERS IN PANAJI
- ENERGY EFFICIENT COST BASED ROUTING PROTOCOL FOR WSN
- COMBINED IMPACT OF ROUGHNESS AND SLIP VELOCITY ON THE FERROFLUID LUBRICATION OF THE POROUS EXPONENTIAL SLIDER BEARING
- ENHANCEMENT OF OVERALL EQUIPMENT EFFECTIVENESS BY REDUCTION OF LEAD TIME THROUGH DIFFERENT LEAN APPROACHES
- ENHANCING THE MICROHARDNESS OF MAGNESIUM ALUMINATE SPINEL BY RESISTIVE COUPLED MICROWAVE SINTERING FOR INFRARED TRANSPARENT WINDOW APPLICATION
Last modified: 2018-12-10 17:11:29