Batako Quality Optimization with Addition of Palm Oil Stem Fiber from Kampar District and Dumai City

Zainuri, Zainuri and Yanti, Gusneli and Megasari, Shanti Wahyuni (2017) Batako Quality Optimization with Addition of Palm Oil Stem Fiber from Kampar District and Dumai City. In: UNSPECIFIED.

	Text Peer Review.pdf Download (557kB)
	Text Tes (94%).pdf Download (1MB)
	Text Artikel_IOP_Vol. 97_2017.pdf Download (3MB)

Abstract

The waste of dry palm oil produced by 148 trees per hectare is 3,108 ton/month or 37,296 ton/year as calculated. Riau province has oil palm plantations covering an area of 2.399.172 hectares (BPS Riau Province, 2014). It can be estimated the amount of waste generated. Palm stem waste can be utilized, one of which is the utilization of midrib fiber as an added material in the manufacture of batako. Batakofiber that is made still must be examined feasibility as building materials. The purpose of this study was to determine the optimization of the quality of batako works by the addition of palm stem fiber originated from the districts of Kampar and Dumai. This research used experimental method with laboratory research. Batako-fiber with the addition of palm fiber stem 1% of the weight of cement can increase the value of compressive strength above the normal batako and a batako with first quality according to SNI 03-0349-1989 standard. The use of palm stem fiber originating from the Kampar district resulted in better batakos with higher average compressive strength values than the dumai-derived fibers, especially in the addition of 1% fiber by weight of cement. The finding of this research is that the batakos originating from Kampar district are better than those from Dumai city. The most optimal addition of palm fiber burrs to batako-fiber products is 1% of the weight of cement.

Actions (login required)

View Item