Browsing Universiti Malaysia Perlis by Subject "Waste products"
Now showing items 1-8 of 8
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Biochar : A green product from biomass waste to boost crop growth
(Universiti Malaysia Perlis (UniMAP)Faculty of Engineering Technology (FE-TECH), 2015-04-17)Biochar is solid carbonized material from biomass produced by pyrolysis. Biochar possesses soil amendment properties effecting soil fertility and enhancing mineral uptake inportant for crop growth and productivity. Biochar ... -
ENVI BROOM green and static dissipative broom
(Universiti Malaysia Perlis (UniMAP)Faculty of Engineering Technology (FE-TECH), 2015-04-17)Plastic are commonly produced from polyolefin that can last for hundred years after disposal. Renewable resources such as plants, animals and microbes through biochemical reaction offer good remedy to the problem of plastic ... -
FeTech Acoustic Panel
(Universiti Malaysia Perlis (UniMAP)Faculty of Engineering Technology (FE-TECH), 2015-04-17)These sound absorbing acoustical panels materials are used to eliminate sound reflections to improve speech intelligibility, reduce standing waves and prevent comb filtering. An innovation to common acoustic panels towards ... -
Green Surfmulch
(Universiti Malaysia Perlis (UniMAP)Faculty of Engineering Technology (FE-TECH), 2015-04-17)A new innovation of mulch using recycle materials for landscaping Green SurfMulch is an effective and safe alternative to comercial mulch reducing the regional and global carbon footprints by reusing materials that would ... -
Isolation and characterization of Pulp from sugarcane bagasse and rice straw
(Universiti Malaysia PerlisSchool of Materials Engineering, 2007)The amount of sugarcane bagasse and rice straw in the state of Perlis (Malaysia) is abundant while its utilization is still limited. One of the alternatives for the bagasse and straw utilization is as pulp raw material. ... -
Preliminary study on concrete with Polystrene waste coarse aggregate
(2007)Polystrene wastes are becoming a major environment concern; due to its large production quantities and its non-biodegrable nature. Provided that the high molecular-weight material can be broken down into useful low ... -
Recycle anti-fatique flooring
(Universiti Malaysia Perlis (UniMAP)Faculty of Engineering Technology (FE-TECH), 2015-04-17)Privide more comfortable work station for workers. Reduce the risk of injuries (slip or fall, lower back strain & stress). Increase productivity of the workers. Prevent glass/material from breaking. -
Safety mini portable speed hump
(Universiti Malaysia Perlis (UniMAP)Faculty of Engineering Technology (FE-TECH), 2015-04-17)An innovation to a speed hump by using recycled waste (nitric glove)