The use of TDS meters provides convenience and accuracy in measurements

Oct 13, 2025 by recoveryshake.com 67 views

Determining the Quality of Wastewater: An Analysis of Total Suspended Solid (TSS), Total Dissolved Solid (TDS), and Free Chlorine at the Environmental Health Engineering Center and Disease Control (BTKLPP)

Introduction

The Environmental Health Engineering Center and Disease Control (BTKLPP) plays a crucial role in ensuring the quality of wastewater in various regions. In this study, we conducted an analysis of total suspended solid (TSS), total dissolved solid (TDS), and free chlorine levels in wastewater at BTKLPP. The analysis aimed to determine the quality of wastewater and ensure compliance with the established standards. The importance of monitoring TSS, TDS, and free chlorine levels in wastewater cannot be overstated, as it directly affects environmental management and public health.

Methodology

The analysis of TSS and free chlorine levels was conducted using spectrophotometry with a Nova-60 spectrophotometer. Spectrophotometry is a highly sensitive and effective technique for detecting the concentration of substances in very small amounts. The wavelength used for TSS analysis was 340 nm, while for free chlorine, it was 550 nm. On the other hand, TDS levels were analyzed using the electrometry method with a TDS meter. The use of TDS meters provides convenience and accuracy in measurements, as it provides fast results with a minimum error.

Results

The analysis results showed that the TSS content was 22 mg/L and 124 mg/L, while the TDS level was recorded at 102 mg/L and 215 mg/L. In addition, free chlorine levels were found at 0.239 mg/L and 0.261 mg/L. The results of this analysis meet the established quality standards, as set by the Minister of Environment Regulation No. 05 of 2014 concerning Wastewater Quality Standards. The maximum value of TSS is set at 200 mg/L, TDS at 2000 mg/L, and free chlorine at 1 mg/L.

Discussion

The importance of monitoring TSS, TDS, and free chlorine levels in wastewater cannot be overstated. TSS is a solid particle suspended in water, which can pollute the body of water and affect aquatic life. TDS levels measure the amount of dissolved material in water, which can affect the quality of water and the health of living things that depend on it. Free chlorine is an indicator of the effectiveness of disinfection in wastewater. Proper chlorine levels are essential to ensure that wastewater is safe before being discharged into the environment.

Conclusion

From the results of the analysis conducted by BTKLPP, it can be concluded that the wastewater studied meets the quality standards set by Permenlh No. 05 of 2014 Al.ind. This shows that the management of wastewater in the area has been carried out well, and this is a positive step in maintaining public health and environmental sustainability. Periodic examination and monitoring of wastewater quality are highly recommended to prevent further pollution and ensure the sustainability of the ecosystem.

Recommendations

Based on the results of this analysis, the following recommendations are made:

Regular monitoring of TSS, TDS, and free chlorine levels in wastewater to ensure compliance with established standards.
Implementation of effective wastewater management practices to prevent further pollution and ensure the sustainability of the ecosystem.
Education and awareness programs for the public and stakeholders on the importance of wastewater management and the impact of pollution on public health and the environment.

Future Research Directions

Future research directions include:

Investigating the impact of wastewater pollution on public health and the environment.
Developing effective wastewater management practices to prevent further pollution and ensure the sustainability of the ecosystem.
Conducting regular monitoring of TSS, TDS, and free chlorine levels in wastewater to ensure compliance with established standards.

Limitations of the Study

The study has several limitations, including:

Limited sample size: The study was conducted on a limited sample size, which may not be representative of the entire population.
Limited analysis: The study only analyzed TSS, TDS, and free chlorine levels in wastewater, and did not investigate other parameters that may be relevant to wastewater quality.
Limited scope: The study only focused on wastewater quality in a specific region, and did not investigate wastewater quality in other regions.

Conclusion

In conclusion, the analysis of TSS, TDS, and free chlorine levels in wastewater at BTKLPP shows that the wastewater studied meets the quality standards set by Permenlh No. 05 of 2014 Al.ind. This is a positive step in maintaining public health and environmental sustainability. However, periodic examination and monitoring of wastewater quality are highly recommended to prevent further pollution and ensure the sustainability of the ecosystem.
Frequently Asked Questions (FAQs) about Determining the Quality of Wastewater: An Analysis of Total Suspended Solid (TSS), Total Dissolved Solid (TDS), and Free Chlorine at the Environmental Health Engineering Center and Disease Control (BTKLPP)

Q1: What is the importance of monitoring TSS, TDS, and free chlorine levels in wastewater?

A1: Monitoring TSS, TDS, and free chlorine levels in wastewater is crucial for environmental management and public health. TSS can pollute the body of water and affect aquatic life, while TDS levels can affect the quality of water and the health of living things that depend on it. Free chlorine is an indicator of the effectiveness of disinfection in wastewater, and proper chlorine levels are essential to ensure that wastewater is safe before being discharged into the environment.

Q2: What is the method used for TSS and free chlorine examinations?

A2: The method used for TSS and free chlorine examinations is spectrophotometry using the Nova-60 spectrophotometer. Spectrophotometry is a highly sensitive and effective technique for detecting the concentration of substances in very small amounts. The wavelength used for TSS analysis is 340 nm, while for free chlorine, it is 550 nm.

Q3: What is the maximum value of TSS, TDS, and free chlorine levels as set by the Minister of Environment Regulation No. 05 of 2014 concerning Wastewater Quality Standards?

A3: The maximum value of TSS is set at 200 mg/L, TDS at 2000 mg/L, and free chlorine at 1 mg/L.

Q4: What are the implications of not monitoring TSS, TDS, and free chlorine levels in wastewater?

A4: Not monitoring TSS, TDS, and free chlorine levels in wastewater can lead to pollution of the body of water, affect aquatic life, and compromise public health. It can also lead to the discharge of untreated or inadequately treated wastewater into the environment, which can have severe consequences for the ecosystem and human health.

Q5: What are the benefits of regular monitoring of TSS, TDS, and free chlorine levels in wastewater?

A5: Regular monitoring of TSS, TDS, and free chlorine levels in wastewater can help ensure compliance with established standards, prevent further pollution, and ensure the sustainability of the ecosystem. It can also help identify areas for improvement in wastewater management practices and inform policy decisions.

Q6: What are the limitations of the study?

A6: The study has several limitations, including limited sample size, limited analysis, and limited scope. The study only analyzed TSS, TDS, and free chlorine levels in wastewater and did not investigate other parameters that may be relevant to wastewater quality. It also only focused on wastewater quality in a specific region and did not investigate wastewater quality in other regions.

Q7: What are the future research directions?

A7: Future research directions include investigating the impact of wastewater pollution on public health and the environment, developing effective wastewater management practices, and conducting regular monitoring of TSS, TDS, and free chlorine levels in wastewater.

Q8: What are the recommendations for wastewater management practices?

A8: Recommendations for wastewater management practices include regular monitoring of TSS, TDS, and free chlorine levels in wastewater, implementation of effective wastewater management practices, and education and awareness programs for the public and stakeholders on the importance of wastewater management and the impact of pollution on public health and the environment.

Q9: What are the implications of the study for policy and practice?

A9: The study has implications for policy and practice, including the need for regular monitoring of TSS, TDS, and free chlorine levels in wastewater, implementation of effective wastewater management practices, and education and awareness programs for the public and stakeholders. It also highlights the importance of considering the impact of wastewater pollution on public health and the environment in policy and decision-making.

Q10: What are the next steps for the study?

A10: The next steps for the study include conducting further research on the impact of wastewater pollution on public health and the environment, developing effective wastewater management practices, and conducting regular monitoring of TSS, TDS, and free chlorine levels in wastewater. It also includes disseminating the findings of the study to stakeholders and policymakers to inform policy and decision-making.