ANALYSIS OF THE UTILIZATION OF COMBUSTION WASTE ASH FROM PALM KERNEL SHELL AS A SUBSTITUTE FOR FINE AGGREGATES IN CEMENT TREATED BASE CLASS B
Journal Title: Engineering and Technology Journal - Year 2023, Vol 8, Issue 11
Abstract
The Cement Treated Base Class B is a layer of pavement located between the lower base layer and the surface layer. This pavement layer uses fine aggregate materials (sand), palm kernel ash, and cement as its binding materials. The palm kernel ash is the main solid waste product from boiler combustion and can be utilized as a sand composition reducer in concrete production due to its chemical properties, which are nearly similar to cement. This research aims to determine the characteristics of the base mixture by utilizing palm kernel ash when combined in the Cement Treated Base Class B mixture for flexible pavement. With the specified composition, it is expected that when compression strength testing is conducted, the obtained compression strength values will meet the specified specifications. After testing, it was found that the Cempaka sand type is more effective and economical to use because its compression strength value almost meets the specified range of 35 kg/cm2 to 45 kg/cm2, which means it falls within the standard compression strength specification.
Authors and Affiliations
Utami Sylvia Lestari, Fauzi Rahman, Nor Izha Subagja, Muhammad Khairil Mukmin, Maulana Ivan Aulia Arham, Dewi Puspita
Keywords
Related Articles
- EP ID EP724297
- DOI 10.47191/etj/v8i11.18
- Views 50
- Downloads 0
Message Authentication Scheme on Light Weight Parallel Encryption Model With Digit Artithmetic of Covertext using Secure Hash Algorithm
This research aims to enhance message security by developing a Light Weight Parallel Digit Arithmetic of Covertext (PDAC) encryption-based authentication scheme that adopts the Secure Hash Algorithm (SHA) algorithm to en...
Synthesis of Acid Co-Precipitated WO3 Nanoflowers and Its Characterization: Structural, Optical, and Morphological Insights
In the current research, we delve into the synthesis and comprehensive characterization of tungsten oxide (WO₃) nanostructures, unveiling novel insights that promise advancements in various technological realms through a...
A STUDY ON STABILITY ANALYSIS OF 3-D SHEAR DEFORMABLE ISOTROPIC PLATE ELASTICALLY RESTRAINED AGAINST ROTATION AND SIMPLY SUPPORTED IN THE TWO ADJACENT EDGES USING EXACT DISPLACEMENT POTENTIAL
In this paper, a three-dimensional (3-D) stability analysis of rectangular deformable plate was performed to find the solution to the buckling problem of a uniaxially compressed plate in which the two adjacent loaded edg...
FAULT TOLERANT ALGORITHM TO COPE WITH TOPOLOGY CHANGES DUE TO POSTURAL MOBILITY
The research involving in providing healthcare services to remote patients have led to the exploration of new solutions to provide effective Quality of Service (QoS) and fault tolerant network for Wireless Body Area Netw...
EVALUATING POTENTIAL BIODEGRADABLE TWINE FOR USE IN THE BLUE SWIMMING CRAB COLLAPSIBLE POTS
This study addresses the global issue of lost fishing gear, specifically traps and pots, which rank second regarding gear lost in marine environments. These traps often contain synthetic fibers that decompose slowly, pro...