Open Access
Issue
BIO Web Conf.
Volume 20, 2020
1st International Conference on Tropical Wetland Biodiversity and Conservation (ICWEB 2019)
Article Number 02003
Number of page(s) 4
Section Wetland Ecosystems and Sustainable Tourism
DOI https://doi.org/10.1051/bioconf/20202002003
Published online 01 June 2020

© The Authors, published by EDP Sciences, 2020

Licence Creative Commons
This is an Open Access article distributed under the terms of the Creative Commons Attribution License 4.0, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

1 Introduction

The development of the industrial sector in Indonesia is currently quite rapid. This is indicated by the increasing number of industries that produce various types of human needs. One of the fastest-growing in the textile industry. South Kalimantan is the producer of the Sasirangan industry. Sasirangan is the traditional fabrics of the Banjar tribe from South Kalimantan Province. Sasirangan fabric is still being produced by the Banjar Community on a home industry scale.

Sasirangan industrial activities in the city of Banjarmasin in practice use several chemicals whose waste impacts the ecological life of rivers in Banjarmasin. Sasirangan industry can be considered as the main source of liquid waste. This is due to the textile refinement process that always uses water as the main auxiliary material in each stage of the process. Water pollution from the sasirangan industry comes from the water discharges and chemical wastes from the production process, waste oil and oil residues, pieces of cloth waste, and others.

Identification of process in sasirangan home industry activities in this study is the first step to be known to investigate the potential of wastewater generated and its effects on the ecological conditions of the Martapura River. This research will certainly contribute positively to providing problem-solving for liquid waste generated by the sasirangan home industry in Banjarmasin.

2 Materials and Method

2.1 Materials

The materials needed in this study were sasirangan wastewater obtained from sasirangan home industries in Banjarmasin, nitric acid (HNO3), and distilled water.

2.2 Method

This study used a survey approach and laboratory tests that were analyzed quantitatively.

2.1.1 Identify the process of the sasirangan home industry.

Data were collected through the questionnaire survey method to Sasirangan home industries in three locations: Sungai Jingah, Surgi Mufti, and Seberang Masjid, which have a direct impact on the pollution of Martapura River, Banjarmasin. The indicators/parameters were:

  • type of coloring agent

  • production process

  • waste disposal method

2.2.2 Identification by measurement and analysis of the potential of sasirangan wastewater

The quality standard parameters of the sasirangan textile industry wastewater are following the Governor of South Kalimantan Regulation No. 4 of 2007 concerning the standard quality of the textile industry liquid waste. The indicators/parameters were:

  • biological indicator/parameters consisting of laboratory tests for chromium (Cr) and cadmium (Cd) levels contained in snakehead fish

  • chemical indicators /parameters consisting of laboratory tests for BOD, COD, oil and fat levels

3 Result and Discussion

Sasirangan fabric industry in its manufacture as many other textile industries involves the process of dying. Synthetic dyes such as naphthol, indigo sol, reactive, and indanthreen are used which will produce large amounts of concentrated liquid waste [2]. The use of dyes in the sasirangan home industry in Banjarmasin City is presented in Table 1.

The disposal of sasirangan home industry wastes is done carelessly both in the dyeing or washing process that the waste is dumped directly into the nearest land or river. Most of the craftsmen have not made efforts to treat the waste from the production process of sasirangan [6]. Figure 1 shows the liquid waste that is discharged directly to the environment.

Identification of sasirangan home industry wastewater in Banjarmasin was done by measuring six samples: 3 samples (inlet) at the processing location of the Sasirangan home industry and 3 samples (outlets) at the Martapura River area. The parameters measured include 2 indicators namely biology and chemistry that were adjusted to the Governor Regulation of South Kalimantan Province Number 04 of 2007 Attachment 1.10 concerning Quality Standards for Textile Industry Liquid Waste.

The biological indicators measured in this study were the heavy metal element Cd (cadmium) and Cr (total chromium) in mg/fish units. The type of fish chosen is Snakehead Fish as one of the typical fish species that live in the Martapura River and is consumed by people in the city of Banjarmasin. The result of the test is shown inTable 2.

Cadmium is a heavy metal with high toxicity that it is dangerous for living things, especially if consumed by humans. Cadmium can be contained through waste streams that enter and contaminate the river so that animal and plant ecosystems are affected by these heavy metals.

Chromium metal elements can enter the body of water in two ways: natural and non-natural. The entry of chromium naturally can be caused by several physical factors, such as erosion that occurs in mineral rocks. The entry of chromium that occurs non-naturally is more an impact or effect of human activities

Based on biological parameters described in Table 2, it is known that the content of cadmium heavy metal elements in the species of Snakehead fish in the Martapura River which is equal to 0.033 mg/kg is still within the safe threshold of maximum consumption of 0.1 mg/kg based on The Regulation of Head of Indonesia National Agency of Drug and Food Control No. HK.00.06.1.52.4011 concerning Determination of Maximum Limits of Microbial and Chemical Contamination in Foods. While total chromium (Cr) levels of 0.456 mg/kg still exceed the safe threshold of consumption. This certainly needs further attention.

Table 3 shows that the BOD parameters of 6 locations (3 inlet locations and 3 outlet locations) were generally below the threshold of 50 mg/L based on South Kalimantan Province Governor Regulation No. 4 of 2007 concerning Textile Industry Liquid Waste Water Quality Standards. But there was still result from one inlet sample with a value slightly above the threshold, which is 59.12 mg/L BOD is used as a measure of the amount of oxygen used by microbial populations contained in waters in response to the entry of biodegradable organic matter or as a description of the number of biodegradable organics in the waters [9].

The next chemical parameter observed was Chemical Oxygen Demand (COD). COD is the amount of oxygen needed to decompose all organic matter contained in water. COD values in the research area are presented in Table 4.

COD or chemical oxygen demand is the amount of oxygen needed so that organic wastes in the water can be oxidized through chemical reactions. COD value is a measure of the level of pollution by organic matter [9]. Table 4 shows that the COD parameters of 6 locations (3 inlet locations and 3 outlet locations), 5 locations were below the threshold according to South Kalimantan Province Governor Regulation No. 4 of 2007 concerning Textile Industry Liquid Wastewater Quality Standards which is 100 mg/L and one sample was above the threshold with a COD value of 348.9 mg/L.

The next parameter to identify the potential of sasirangan dyes liquid waste is oil and fat content. Oil and fat are parameters whose maximum concentrations are required for industrial wastewater and surface water. Oil has a specific gravity smaller than water so it will form a thin layer on the surface of the water. This condition can reduce the concentration of dissolved oxygen in the water because free oxygen fixation is inhibited. The oil that covers the surface of the water will also inhibit the penetration of sunlight into the water so that it disrupts the imbalance of the food chain. The oil and fat content in the study location is presented in Table 5.

Table 5 explains that the oil and fat parameters from 6 locations (3 inlet locations and 3 outlet locations) were below the threshold according to South Kalimantan Province Governor Regulation No. 4 of 2007 concerning the Textile Industry Liquid Wastewater Quality Standards.

Table 1

Types of Chemicals and Fabric Dyes Used by Sasirangan Home Industry in Banjarmasin.

thumbnail Figure 1

Disposal of sasirangan home industry liquid waste.

Table 2

The content of metal element mg/kg in Snakehead fish in the Martapura River.

Table 3

Biochemical Oxygen Demand (BOD) (mg/L).

Table 4

Chemical Oxygen Demand (COD) (mg/L).

Table 5

Oil and Fat Parameters (mg/L).

4 Conclusion

The home industry of Sasirangan in Banjarmasin majority uses chemical dyes. The types of chemicals used include Indhanthrene Color (for hot water), Naphthol Color (for cold water), and Frozen/Frosion Color.

Analysis of the potential impact of Sasirangan wastewater at the processing site of the Sasirangan home industry and the Martapura River for biological, physical, and chemical indicators, in general, were still below the threshold permitted following South Kalimantan Provincial Governor Regulation Number 04 of 2007. However, there were still results of analyzes that exceed the quality limits of that regulation, namely:

  • Biological parameter: total chromium (Cr) levels contained in snakehead fish with a value of 0.456 mg/kg exceeding the safe threshold of consumption 0.1 mg/kg

  • Chemical parameter: COD (one inlet sample) with a COD value of 348.9 mg/L exceeding the maximum threshold of 100 mg/L

We would like to thanks the Engineering Faculty, the University of Lambung Mangkurat which provided The Research Grant.

References

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All Tables

Table 1

Types of Chemicals and Fabric Dyes Used by Sasirangan Home Industry in Banjarmasin.

Table 2

The content of metal element mg/kg in Snakehead fish in the Martapura River.

Table 3

Biochemical Oxygen Demand (BOD) (mg/L).

Table 4

Chemical Oxygen Demand (COD) (mg/L).

Table 5

Oil and Fat Parameters (mg/L).

All Figures

thumbnail Figure 1

Disposal of sasirangan home industry liquid waste.

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