Hydrolysis of Glucose from Bamboo with Micro Controller PID type Arduino UNO and Fuzzy Method

Abstract

Glucose needs each year has increased significantly while glucose production has decreased, this is because supplies of the raw materials limited, where bamboo is one of the raw material alternatives to glucose. The selection of bamboo plants based on levels of cellulose which ranges from 42.4%-53.6%, bamboo plants are plants that can grow quickly and easily grown in various regions in Indonesia. The production of glucose from bamboo using hydrolysis and pretreatment process, in the hydrolysis process of the microcontroller equipped Proportional Integral Derivative (PID) type Arduino UNO, the application of microcontrollers PID using the Fuzzy method and simulation language Delphi programming. Research results in the form of the temperature profile, levels of cellulose hydrolysis time function, and the function time of the hydrolysis of glucose levels. At the time of the detailed set point temperature profile 97 0 C, at an early stage shows the result of the PID process control with fault temperature below ten 0 C, the temperature as measured 94,696 0 C, hydrolysis time 20 seconds. As time went on the hydrolysis process control, PID shows the temperature measured is 96.59 0 C, at 137 seconds, measured temperature shows 97 0 C following the temperature set point, used as a basis to design tools in the process of hydrolysis. Optimization of cellulose levels function hydrolysis time is 18.7% and the optimization of the hydrolysis time function of glucose levels is 23,6%. Process design with the production of glucose from bamboo with hydrolysis equipped microcontroller control PID temperature obtained the optimum levels of glucose.

Bioethanol and Residual Glucose from Filtrate Bamboo with Micro Controlller of Speed at Fermentation Process

“…In the chemical hydrolysis process (ammonia acid) [2], sodium chloride [3], dilute sulfuric acid in the removal of hemi lignocellulose [4]. In the chemical hydrolysis process (H-Cl), using the microtype Arduino UNO controller, optimization of cellulose levels function hydrolysis time is 18.7% and of glucose levels function hydrolysis time is 23.6% [5]. An effective process in the process of converting biomass to glucose is Pretreatment, to enhance the ability of the surface area (porosity) of cellulose so as to increase the conversion of cellulose into glucose, while also eliminating Lignin and hemicellulose, levels of cellulose crystals [6].…”