AB Mix Research Articles

Proline Content, Physiological and Agronomic Characters of Rice (Oryza sativa cv. Inpari Unsoed 79 Agritan) under Treated with PGPR in Saline Medium

Tidal areas near the coastline are prone to salinity impacts as a negative impact of seawater intrusion which causes dissolved salt levels to increase. The biological approach using PGPR is an environmentally friendly approach. The aim of the study was to examine the effectiveness of useful bacteria from saline soils to increase the resistance of rice plants to salinity stress. The research was carried out from April to October 2022 in the Lab. Agronomy & Horticulture Faperta UNSOED. This research was experimental research using liquid culture techniques for cultivating plants using AB Mix media. The design used was a randomized block design with three replications. The treatments were included Control (P0), Acinetobacter junii (P1), Bacillus tropicus (P2), Acinetobacter schindleri (P3), Pseudomonas stutzeri (P4), Bacillus altitudinis (P5), Bacillus cereus (P6), dan Bacillus subtilis (P7). The results of the study showed that Diazotrophic Bacteria inoculation can increase the resistance of rice plants to rice plants by increasing proline production, increasing net assimilation rates and relative growth rates. Acinetobacter schindleri, Bacillus subtilis and Bacillus tropicus are potential N2 fixing bacterial strains to increase the growth and yield of rice under saline conditions. Treatment of Acinetobacter schindleri was able to provide the highest grain yields reaching 16.95 g/plant.

Assessment of salinity tolerance on chili pepper genotypes

Population diversity is necessary in selecting salinity tolerant plants. The objective of the study was to evaluate the tolerance of chili pepper (Capsicum sp.) to salinity stress. The evaluation was carried out artificially in a greenhouse. Twenty-four accessions of chili were grown on hydroponic media with stress treatment of 3000 ppm and 6000 ppm NaCl. As a comparison, the control was planted without NaCl. Nutrients were given from the AB mix nutrient solution containing macro and micronutrients. The study used a completely randomized design with 3 replications. To evaluate the ability of the genotype to adapt to NaCl stress, the difference between control and observations at 6000 ppm NaCl stress was calculated. The results showed that the growth of chili pepper genotypes under NaCl stress varied widely. There was an interaction between the genotype and the stress level of NaCl on leaf greenness and the number of stomata. In general, the stress of 3000 ppm NaCl significantly reduced chili performance starting from 6 weeks after transplanting. The stress of 6000 ppm NaCl caused some sensitive plants to die at 8 weeks after transplanting. The tolerant genotypes at 6000 ppm NaCl stress were A10, A21, and A33.

The Effectiveness of Using Types of Containers and Consentration AB Mix on the Growth and Production of White Packcoy (Brassica rapa L.) Var. Dakota Uses Wick System Hydroponics

The research was conducted in Branggah Village, Lumbang District, Probolinggo Regency, from March to June 2020. This study aimed to determine the effectiveness of using containers and AB mix nutrient concentrations on the growth and production of white pakcoy plants (Brassica Rapa L) using a hydroponic wick system. . The design used was factorial randomized block design (RBD), which consisted of two factors: 1. The wick system hydroponic container material consists of a plastic tub; Styrofoam, Stainless steel 2. Concentration of AB Mix Nutrients consists of 4 (four) levels, namely 1100 ppm; 1300 ppm; 1500 ppm; 1700 ppm with 3 repetitions. Parameters observed: Plant height, number of leaves, plant diameter, plant wet weight, root length, plant dry weight. The results showed that the single treatment of the wick system hydroponic container and the concentration of AB mix showed a significant effect on the observations of plant height, number of leaves, stem diameter, root length, wet and dry weight of plants of all ages of observation. The interaction between container type and nutrient concentration had no effect on all observed parameters except leaf area.

Identifikasi Kandungan dan Pengaruh Lama Fermentasi POC terhadap Pertumbuhan Tanaman Sawi dengan Sistem Hidroponik

One of the plants that has the potential and is easy to cultivate is mustard (Brassica juncea L.) especially in hydroponic systems. This study identified the total N, P and K content in liquid organic fertilizer made from moringa, banana weevil, maja fruit, sugar water, and rice washing water. Next, look at the effect of fermentation time on the growth of mustard plants through a hydroponic system. The study used a randomized block design with 3 treatments and three replications and one control was made using AB Mix fertilizer. The research stages include: preparation of tools and materials, preparation of hydropinic buildings, manufacture of liquid organic fertilizer, seeding and planting, measurement of plant height, number of leaves, leaf length and leaf width, as well as identification of liquid organic fertilizer content and data analysis. The results obtained showed that the highest nitrogen content was found in f liquid organic fertilizer with a fermentation period of 21 days, which was 0.72% and the lowest was found in liquid organic fertilizer with a fermentation time of 7 days. Furthermore, the highest phosphorus content was found in liquid organic fertilizer with a fermentation time of 7 days and 21 days, which contained 0.02% phosphorus. Likewise, the highest potassium content was found in liquid organic fertilizer with a fermentation time of 7 days and 21 days with a potassium content of 0.10%. The results of the research on the effect of fermentation time on plant growth showed that the length of fermentation affected the growth of plant height, leaf width, leaf length, and number of leaves. POC with a fermentation time of 21 gave a better effect on plant growth when compared to POC fermented for 7 days and 14 days. POC fermented for 21 days showed no difference in plant growth when compared to the control.

Sistem Kontrol Kualitas Air pada Akuaponik Ikan Nila dan Cabai Rawit Berbasis Embedded System menggunakan Fuzzy Logic


 
 
 Aquaponics is a cultivation method that combines aquaculture and hydroponics which can produce two products, namely plants and fish at a time and on relatively narrow land. The important thing in implementing aquaponics is to maintain water quality so that it remains at the standard of the two products. Automatic water quality control can make it easier for cultivators to maintain water quality more efficiently. Therefore we need an aquaponic water quality control system that focuses on the parameters of dissolved oxygen (DO), total dissolved solids (TDS), and hydrogen power (PH). DO control uses a pump that functions to increase DO levels. TDS control uses a pump that circulates AB mix nutrients to increase TDS and the addition of water volume to lower TDS. PH control uses a pump that circulates PH up and down PH. In its development, the arithmetic method used to process data is fuzzy. The output of this calculation is the duration of time the pump is running. The system is applied to a concrete pond measuring 4 x 1.5 x 1 meter with aquaponic products in the form of 100 fish and 20 cayenne pepper plants.
 
 

Efektivitas Rendaman Bawang Merah (Allium cepa) dan Nutrisi Terhadap Hasil Hidroponik Pakcoy (Brassica rapa)

Hydroponic cultivation systems are increasingly popular among urban communities with not large land. This cultivation can provide benefits and effectiveness for those who carry it out. The wick system is one of the simple hydroponics methods that is easy to do, because it is a passive hydroponic system. This study aims to find out how the effect of shallot solution to the growth and production of bok coy plants on hydroponic cultivation of the wick system. Hydroponics of the wick system is a hydroponic method of the axis system, which is the simplest because it uses the principle of water capillarity. Distribution of nutrient solution towards root using axis intermediaries. This study used a Randomized Group Design (RDG) with 12 experimental units and the Least Significance Different (LSD) with an error rate of 5%. The concentration of shallot solution added is P0 (0%), P1(20%), and P2 (30%). The results showed that the treatment of AB mix nutrition as a hydroponic medium has a tendency to have a better effect on the growth parameters and yield of Pakcoy plants. AB mix treatment had a significant effect on production parameters, namely total wet weight, upper wet weight, root wet weight, and dry weight. Provision of shallot soak at concentrations of 20% and 30% added to hydroponic media with AB mix nutrition has not been able to improve the growth parameters and yield of Pakcoy.

Pengaruh Pemberian Pupuk Organik Cair Air Cucian Beras dan Air Kelapa pada Budidaya Bayam Sistem Wick

Hydroponics production of spinach required adequate plant nutrition such as AB mix solution. However due to its high price, an alternative source of nutrition such as liquid organic fertilizer (LOF) from rice washing water and coconut water has the potential to be the solution. The purpose of the final project was to determine the effect of adding liquid organic fertilizer of rice washing water and coconut water on the growth of spinach and to find the best concentration of liquid organic fertilizer. LOF physical characteristics (color, aroma, and pH) and their addition to the growth of spinach (plant height, number of leaves, measurement of nutrient concentration, fresh weight, and dry weight) were observed. This final project used a completely randomized design with 5 treatments and 3 replications. (P0: positive control (AB mix) 1%, P1: negative control (water), P2: 2%, P3: 4%, and P4: 6%). was analyzed ANOVA with a 5% level followed by DMRT. The results of liquid organic fertilizer of rice washing water and coconut water had Irish coffee color, distinctive aroma of Tape, and pH 4.6. The addition of LOF at 2% (P2) gave better results than P1 and gave significantly different results to plant height (16.17 cm), the number of leaves (9 strands), nutrient concentration (315 ppm), fresh weight (6.44 g), and dry weight (0.90 g).

RESPON MEDIA TANAM HIDROPONIK BERBASIS LIMBAH ORGANIK PERTANIAN PADA PERTUMBUHAN AWAL TANAMAN SAWI PAHIT (Brassica sp)

This simple study aims to determine the response of various types of planting media derived from agricultural waste in the hydroponic-NFT cultivation system in the early growth phase of mustard greens. The research method uses a simple RAK consisting of 6 treatments. Each treatment was repeated 4 times, so that there were a total of 24 observation units, and each observation unit was repeated 3 times. The types of planting media consist of 5 types, namely M1 = media made from apple waste; M2 = media made from moringa waste; M3 = media made from banana waste; M4 = media made from coconut waste; M5 = media made from pineapple waste; and M6 = control using standard AB mix hydroponic growing media. The results of the research observations were: 1) The type of waste media had good results for the variables of plant height, number of leaves, absolute growth rate of plant height and number of leaves respectively, namely banana media (M3), pineapple media (M5), moringa media (M2) and control media (M6), 2) Treatment of coconut media (M4) and apple media (M1) has not been able to influence plant height, number of leaves and absolute growth rate of plant height and number of leaves because they are still under control treatment (M6), and 3 ) Moringa media (M2) and banana waste media (M3) had almost the same results for all variables with control media (M6) containing standard organic fertilizer (AB mix).

Production of Arbuscular Mycorrhizal Fungi Spores (AMF) Glomus Coronatum and Glomus Claroideum With Ab Mix Nutrition

Arbuscular Mycorrhizal Fungi (AMF) is an obligate fungus that has a symbiosis with plant roots and can stimulate plant growth and productivity so that AMF has the potential to be developed as a biological fertilizer. AMF propagation is influenced by many factors including fertilization. This study aims to determine the effect of giving AB mix nutritional doses on the production of AMF types of Glomus coronatum and Glomus claroideum. The research was conducted at the Plastic House of the Indonesian Mycorrhizal Association Southeast Sulawesi Branch and the Laboratory of the Department of Forestry, Faculty of Forestry and Environmental Sciences, UHO in September - December 2022 using a factorial Completely Randomized Design (CRD) with two factors, namely the first factor was AMF type including Glomus coronatum and Glomus claroideum and the second factor is AB mix nutrition including control, 2.5 ml/1000 ml water, 5 ml/1000 ml water. The results showed that the interaction treatment of AMF Glomus claroideum and the provision of 2.5 ml AB ​​mix nutrition increased the number of AMF spores by 35 spores/5 g zeolite and root colonization by 69.16%.

Perbandingan Pertumbuhan Pagoda antara Larutan Nutrisi AB Mix dan Pupuk Organik Cair pada Sistem Hidroponik NFT

Pagoda is a leaf vegetable plant that has a unique shape when compared to other types of mustard greens because the shape of this pagoda mustard is similar to a blooming flower, oval leaf shape with a very striking dark green colour, short-lived and has many nutrients and benefits. Vegetable cultivation technique using a hydroponic system that is often used is NFT (Nutrient Film Technology) because the design is quite simple to use. An important factor that must be considered in a hydroponic system to obtain optimal plant growth results is the need for nutrients. AB mix nutrition is a chemical fertilizer which is one of the standard nutrients used in hydroponic systems. The use of Liquid Organic Fertilizer (LOF) is expected to be an alternative hydroponic nutrient solution so that the vegetables produced are healthier, or what we are familiar with organic vegetables. The aim of the study was to compare the growth of pagoda plants against two types of nutrient solutions (AB mix and LOF) in the NFT hydroponic system. The research was carried out from March to April 2019 at Greenhouse, East Jakarta. The experimental design used was a completely randomized design. The treatment was the type of nutrient solution (AB mix and LOF) and was repeated 3 times. Observational data were analysed using t-test at 5% significance level. The results showed that pagoda growth in AB mix treatment was better than LOF so that LOF had not been able to become an alternative to AB mix for hydroponic nutrient solution for pagoda plants.

UJI JENIS NUTRISI PADA SELADA HIDROPONIK SISTIM WICK

Simple hydroponic wick system (Wicks) can be applied in overcoming the land crisis for the development of horticultural crops. Nutrients are an important part of hydroponic activities and Abmix is ​​a standard nutrient in hydroponic farming activities. It is necessary to test the opportunities for the utilization of nutrients from POC and synthetic fertilizers. This study aims to determine the opportunities for using liquid organic fertilizers (POC) and synthetic fertilizers in hydroponic lettuce plants using the wick system. The treatment consisted of 5 types of nutrition, namely (1) AB mix (control) 50 mL per 10 liters of water (ABM); (2) NPK 10 g + Gandasil 5 g per 10 liters of water (NPG); (3) Abmix 25 mL + 5g NPK + 2.5 g Gandasil per 10 liters of water (ANG); (4) Abmix 25 mL + 400 mL POC from chicken feather waste (ABP) and (5) 5 g NPK + 2.5 g Gandasil + 400 mL POC chicken feathers per 10 liters of water (NGP). The results showed that there were differences in the growth of lettuce in the hydroponic wick system due to the type of nutrition treatment. Alternative nutrients that have the potential to be used in wick cystic hydroponic lettuce are Abmix 25ml + 5g NPK + 2.5 g Gandasil per 10 liters of water (ANG) and Abmix 25 mL+ 400 mL POC from chicken feather waste per 10 liters of water (ABP)

Potensi Air Leri sebagai Pupuk Organik untuk Pakcoy (Brassica rapa L.) dengan Hidroponik DFT Model Meja

Leri water is rice washing wastewater which has been only thrown away by the community, is easily produced or obtained every day, and can be used as organic fertilizer in plant cultivation. This study aims to determine the potential of leri water as organic fertilizer for pakcoy plants with table model DFT hydroponics. This research method was carried out using three nutrient solution treatments, namely leri water (N1), leri water + AB mix with a ratio of 1:1 (N2), and AB mix (N3). The results of the measurement of the number of leaves (strands), plant height (cm), and plant weight (g) in the three nutrient solution treatments were compared to determine whether there was a difference using one-way ANOVA with a level of 5%. If the results are significantly different, then proceed with the Tukey's HSD test at the 5% level. The results showed that leri water has the potential as a liquid organic fertilizer when added to AB mix fertilizer, with a ratio of 1:1 (N2) can increase the weight of pakcoy plants by four times the yield of N1.

Cultivation of Water Spinach Using A Hydroponic Systems at Different AB Mix Concentrations

Water spinach is one of the most popular vegetable commodities in Indonesia. Currently, limited land due to plastic waste and uncertain climate change are inhibiting factors for plant cultivators. Efforts that can be done is to carry out cultivation activities to water spinach hydroponically. Hydroponic cultivation can use the wick system because it is easy to apply and does not require expensive costs. To support optimal growth of water spinach and reduce plastic waste in Indonesia, presenting AB Mix nutrition and the use of plastic bottles as a nutrient container in hydroponic cultivation are efforts to obtain quality water spinach production. This study aims to determine the response of water spinach plants to the use of hydroponic growing systems, as well as to obtain information regarding the best concentration of AB Mix. The experimental method used was a completely randomized design, which consisted of 3 levels, namely the nutrient concentration of 800 ppm, 1000 ppm and 1200 ppm. The results of the various concentrations of mixed AB showed significantly different effects on the parameters of plant height, number of leaves and weight of fresh plants. AB Mix concentration treatment of 1200 ppm was the best treatment for all observed parameters.

The Effect of Concentration and Organic Fertilizer on Pakcoy Plant Growth and Yield with Wick Hydroponic System

This study aims to determine the growth and yield of Pakcoy plants with nutrient concentasry and liquid organic fertilizer in the Wicksist hydroponics system. The study was carried out on February 14, 2022 – April 14, 2022 at Green House Umsida using a randomized design method of groups with a single factor, namely a combination of ab mix nutrient concentration and liquid organic fertilizer consisting of 4 levels: AB Mix Nutrient Concentration 2000 ppm + Without POC, AB Nutrition Mix Concentration 1500 ppm + POC 500 ppm, Ab Mix Nutrient Concentration 1000 ppm + POC 1000 ppm, Ab Mix Nutrient Concentration 500 ppm + POC 1500 ppm. Observation of plant height, weevil diameter, leaf julah, wet weight and dry weight. The results of this study showed that the combination of AB MIX nutrients with liquid organic fertilizer from leri water fermented by lactobacilus bacteria affected the growth and production of mustard crops. On the K3 treatment (Ab Mix Nutrient Concentration 1000 ppm + POC 1000 ppm) had a significant influence on all observations. Providing a balanced concentration of nutrients with liquid organic fertilizers reduces the use of chemical fertilizers

The Effect of Seaweed (Sargassum sp.) and Plant Extract Combinations on the Growth of Mustard Plant (Brassica juncea L.) Grown in Hydroponic Wick System

Nutrient solution is an important factor for the growth and quality of hydroponic plants; however, the price is getting more expensive. Seaweed is abundantly available along tropical coast. The study was conducted to determine the best combination of extract of brown seaweed (<em>Sargassum</em> sp.) combined with coconut husk, <em>lamtoro</em> leaves, moringa leaves or African leaves that fit to the nutritional quality of AB mix as hydroponic nutrition for mustard plants. This research was conducted in the greenhouse of the Faculty of Agriculture, Universitas Lampung. The design used was a completely randomized design with six replications. The treatments consisted of six types of treatment, namely AB mix nutrition, brown seaweed, seaweed and <em>lamtoro</em> leaf, seaweed and coconut fiber, seaweed and moringa leaf, seaweed and African leaf. Results showed that the organic nutrient solution extracting from the mixture of brown seaweed with <em>lamtoro</em> leaf or coconut fiber or moringa leaf or African leaf has not been able to fit the quality of AB mix nutrition for mustard plants in the hydroponic wick system. However, among those treatments, the best fresh weight of mustard was found on the treatment of the combination between brown seaweed and <em>lamtoro</em> leaf which was 51.08% from total fresh weight from control AB mix.

Pengaruh Aplikasi Perendaman Berbagai Jenis Media Tanam dengan Beberapa Pupuk Cair Terhadap Kualitas dan Tingkat Kesukaan Konsumen Microgreen Wheatgrass (Triticum aestivum L)

Wheatgrass microgreen is commonly ingested as juice, which is high in vitamins, minerals, enzymes, and chlorophyll. The purpose of this study was to see how different liquid fertilizers affected the growth and quality, of wheatgrass microgreen when planted in different types of planting media., The Factorial Randomized Block Design was used in this study, with two factors: fertilizer treatment factor (P1 = Eco Enzyme 15ml/1L, P2 =Liquid Organic Fertilizer 10ml/1L, and P3 = AB mix 800ppm, and planting media factor M1 = cocopiet, M2 = rockwool, and M3 = nonwoven fabric. The results showed that the combination of planting media and liquid fertilizer had a significant effect on the amount of chlorophyll in microgreen wheatgrass, the combination of cocopeat and eco-enzyme growing media produced microgreen wheatgrass with the highest chlorophyll content(28,3). The combination of cocopeat and eco-enzyme treatment resulted the cleanest media without any fungal or bacterial contamination. Consumers' level of preference test for juice with AB mix treatment is more favored by consumers. In general, the results of this study indicate that microgreen wheatgrass grown on cocopeat and eco-enzyme media has the best combination of treatments, so it is prospective to be developed as a model of microgreen cultivation technology that is rich in chlorophyll content and is free from fungi and is potential as a raw material for natural healthy drinks rich in nutrients.

Efektifitas Nutrisi Hidroponik AB MIX Sebagai Larvasida Alternatif Larva Nyamuk Aedes aegypti

ABSTRACT Hydroponics is a technique for cultivating vegetable and fruit plants. The principle of hydroponic technique is the provision of nutrient solution as a source of plant nutrients. These plants are grown in certain media using water instead of soil. The presence of stagnant water in hydroponic techniques can be a breeding place for Aedes aegypti larvae. Aedes aegypti mosquito can do as a vector for dengue fever. Dengue fever is still a public health problem today. The purpose of this study was to analyze the potential of AB mix as a nutrient for hydroponic plants as larvicides of the Aedes aegypti mosquito.This research was a pure experimental research. The research design used a pre post only group design. The research sample was F3 larvae of Aedes aegypti instar III. The research variables were the mortality of Aedes aegypti larvae and variations in the concentration of AB mix. The test was repeated 10 times. Data were analyzed using one-way ANOVA. Based on the results obtained in all treatments there was death or mortality of mosquito larvae. The administration of 75% AB Mix with a duration of 70 minutes is the most optimal treatment to eradicate Aedes aegypti mosquito larvae. So, it can be concluded that AB Mix can be used as an alternative larvicide to eradicate Aedes aegypti mosquito larvae. Keywords : AB Mix, mortalitas dan Larva Aedes aegypti

GROWTH AND PRODUCTION OF WATER SPINACH ( Ipomea aquatica Forsk.) IN VARIOUS TYPES OF HYDROPONIC NUTRITION SYSTEM NFT (Nutrient Film Technique)

Efforts to increase the production of kale with a hydroponic cultivation system, the addition of nutrients is absolutely necessary for both macro and micronutrients. In addition to using AB mix nutrients, the use of other alternative fertilizers in hydroponic cultivation needs to be a big concern so that it can suppress the use of inorganic fertilizers. The purpose of this study was to determine the effect of giving various types of nutrient compositions AB mix and cow urine on the growth and yield of water spinach plants with the Nutrient Film Technique (NFT) hydroponic system . The design used in this study was a single factor randomized block design (RAK) with 4 levels of treatment of various types of hydroponic nutrients consisting of N 1 (100% AB mix ), N 2 (75% AB mix + 25% Cow Urine), N 3 (50% AB mix + 50% Cow Urine), and N 4 (25% AB mix + 75% Cow Urine). The results of this study showed that the provision of various nutritional compositions significantly affected the growth and productivity of kale except for the variable number of books. Plant water spinach given nutritional composition N 4 (25% AB mix + 75% of cow urine) showed a markedly lower in all the observed variables, while the growth and productivity of water spinach best shown in the nutritional composition of 100% AB mix but not significantly different the nutritional composition treatment was 75% AB mix + 25% cow urine and 50% AB mix + 50% cow urine. The results of this study also show that the use of cow urine has not been able to replace the use of AB mix nutrition.

Application of Different Fertilizers Type and Concentration on Growth and Yield of Pakcoy (Brassica Rapa L.) in Hydroponic System

Nutrition is an important factor for pakcoy cultivation in a hydroponic system so that the growth media should contain appropriate concentration of micro- and macronutrient to support plant growth. This study has been done to determine the different effect of the different liquid organic fertilizer type and concentration compared to AB Mix fertilizer on the growth and yield of pakcoy grown with the Hydroponic System. The experiment was conducted by using completely randomized design consisting of 9 combination treatments of type and concentration of liquid fertilizer. The treatments were AB Mix Fertilizer with a concentration of 10 ml/l, 12 ml/l, 14 ml/l; Meroke Liquid Fertilizer with a concentration of 16 ml/l, 18 ml/l, 20 ml/l; and Nasa Liquid Organic Fertilizer with a concentration of 5 ml/l, 10 ml/l, 15 ml/l. The results showed that the application of 20 ml/l of Meroke liquid fertilizer significantly increased plant height, number of leaves, leaf area, plant fresh weight, and plant dry weight compared to another treatments. However it did not affect root length.

NFT Hydroponic Control Using Mamdani Fuzzy Inference System

The Nutrient Film Technique (NFT) method is one of the most popular hydroponic cultivation methods. This method has advantages such as easier maintenance, faster and optimal plant growth, better use of fertilizers, and less deposition. The disadvantages of NFT include the consumption of electrical power and the faster spread of disease. Therefore, NFT requires a good nutrient control and monitoring system to save electricity and achieve optimal growth and resistance to pests and diseases. In this study, a nutrient control was designed with indicators of pH and TDS levels and equipped with an Internet of Things (IoT) based monitoring system. The control system used is the Mamdani Fuzzy Inference System. The output of the system is the active time of the pH Up, pH Down, and AB Mix nutrient pumps, which aim to normalize the pH and TDS of nutrient liquids. The experimental results show that one to three control steps are needed to normalize pH. One control step has a response time of 60 seconds, and it can prevent pH Up and pH Down oscillations. As for TDS control, the prediction of AB mix pump active time works accurately, and TDS levels can be normalized in one control step. Overall, based on surface control, simulations, and real experimental data, it is indicated that the control system operates very well and can normalize pH and TDS to the desired normal standard.