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All Journal JURNAL SAINS DAN TEKNOLOGI INDONESIA JURNAL AIR INDONESIA Marine Research in Indonesia Jurnal Hidrosfir Indonesia
Seno Adi
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Agriculture, Biological Sciences & Forestry Computer Science & IT Earth & Planetary Sciences Education

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Journal : JURNAL AIR INDONESIA

 1 
PEMANFAATAN DAN KONSERVASI SUMBER AIR DALAM KEADAAN DARURAT Adi, Seno
Jurnal Air Indonesia Vol. 5 No. 1 (2009): Jurnal Air Indonesia
Publisher : Center for Environmental Technology

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (229.093 KB) | DOI: 10.29122/jai.v5i1.2427

Abstract

The need of clean water availability is the basic need of human being for living. In case of emergency, the clean water availability is still needed firstly.  In this  situation, we have to has a practical knowledge on water resource exploration as well as exploitation effectively and efficiently in such away the water utilization  are sustainable. The water availability properties such as, quality, quantity,   and site are related to the technology  for water conservation and exploitation.  Basically, the water availability in emergency could be developed based on the hydrological and hydro geological properties of the nearest location.   In situ direct water utilization with bad water quality  (in case of flooding)  could be handled by using tools of water survival kit such as water bag, purification tablet or powder, and purification bottle.  The water utilization in short term with limited scale (in case of  refugees camp) could be developed by constructing  shallow well  (dig well or pumping well) if the shallow aquifer are available. The water utilization in medium term could be developed by constructing water conservation and exploitation system such as mini dam, infiltration galleries, spring water conservation, water seepage,  and rain water harvesting.    Key words : sumber air, darurat, hidrologi, hidrogeologi, konservasi
SEDIMENT AND SUSPENDED PARTICULATE MATTER OF JAKARTA BAY, INDONESIA Tejakusuma, Iwan G.; Adi, Seno; Nugrahadi, M.S; D., Rahmania; Yanagi, T.
Jurnal Air Indonesia Vol. 5 No. 2 (2009): Jurnal Air Indonesia
Publisher : Center for Environmental Technology

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (507.178 KB) | DOI: 10.29122/jai.v5i2.2442

Abstract

Jakarta Bay is a semi enclosed bay located in the northern coast of Jakarta Metropolitan City. Hydrologically 13 rivers flowing in the Jakarta region and there are three big rivers with significant discharge to the Jakarta Bay namely Citarum, Ciliwung, and Cisadane Rivers. Jakarta, as Indonesian capital city with population of 8.725.630 inhabitants, and another 15 million people live in the surrounded suburban of Jakarta, creates a significant anthropogenic impact to the environmental system. Limited infrastructures, such as no sewerage system and lack of industrial waste management, cause the rivers in this region have over their carrying capacity.Seventeen sampling stations were determined in the Jakarta Bay, consisting of 5 stations at the river mouths (estuaries) and other 12 stations in the bay spreading from the coastal to offshore areas. Water and sediment samples were taken during 2 monsoonal or seasonal variations, August 2006 for dry season and February 2007 for rainy season respectively. Additionally, samples were also taken in May 2007.Sediment distribution in the estuary consists mostly of black clay. The sediments clays were bad smell. In the coastal region and in the dry season, the sediments consists of black clay and at one sampling site (station S3) the sediment was bad smell. However, all sampling sites became bad smell in the rainy season. In the inner bay area, sediments were greyish green sandy clay with some shell fragments. In the outer bay, the sediments were dominated by greyish green clayey sand with some shell fragments. The black clay with bad smell is indicative of anthropogenic influence from Jakarta River Basin. C/N ratio of the sediments in the dry season ranged from 1 to about 4.2 where in the estuaries (at stations M1, M2 and M4) the ratio were higher compared to the inner and outer bays. The C/N ratio of suspended particulate matter ranged from the lowest ratio of 0.7 to the highest ratio of 17.7 at the bottom layer and lesser ranged of 0.7 to 9.8 at  surface layer. POC concentrations ranged between 50-650 µM and 50-900 µM, in February and May, respectively. High concentrations of POC exists along the coastline or estuaries then decreasing toward the sea. POC is distributed widely in February than that in May due to higher discharge from the rivers. The average TOC concentrations in February is lower than that in May, but the TOC load in February was much higher than that in May due to the big differences of river discharge and because the samples were taken a week after the big flood in Jakarta area (February 4th - 6th, 2007). Total organic carbon fluxes from the river to the bay in February and May 2007 were 107.6 T /day C and 42.7 T /day C, respectively. Key words : sediment, anthropogenic influence, C/N Ratio, POC, TOC, flux
PEMANFAATAN DAN KONSERVASI SUMBER AIR DALAM KEADAAN DARURAT Adi, Seno
Jurnal Air Indonesia Vol. 5 No. 1 (2009): Jurnal Air Indonesia
Publisher : Center for Environmental Technology

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29122/jai.v5i1.2427

Abstract

The need of clean water availability is the basic need of human being for living. In case of emergency, the clean water availability is still needed firstly.  In this  situation, we have to has a practical knowledge on water resource exploration as well as exploitation effectively and efficiently in such away the water utilization  are sustainable. The water availability properties such as, quality, quantity,   and site are related to the technology  for water conservation and exploitation.  Basically, the water availability in emergency could be developed based on the hydrological and hydro geological properties of the nearest location.   In situ direct water utilization with bad water quality  (in case of flooding)  could be handled by using tools of water survival kit such as water bag, purification tablet or powder, and purification bottle.  The water utilization in short term with limited scale (in case of  refugees camp) could be developed by constructing  shallow well  (dig well or pumping well) if the shallow aquifer are available. The water utilization in medium term could be developed by constructing water conservation and exploitation system such as mini dam, infiltration galleries, spring water conservation, water seepage,  and rain water harvesting.    Key words : sumber air, darurat, hidrologi, hidrogeologi, konservasi
SEDIMENT AND SUSPENDED PARTICULATE MATTER OF JAKARTA BAY, INDONESIA Tejakusuma, Iwan G.; Adi, Seno; Nugrahadi, M.S; D., Rahmania; Yanagi, T.
Jurnal Air Indonesia Vol. 5 No. 2 (2009): Jurnal Air Indonesia
Publisher : Center for Environmental Technology

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29122/jai.v5i2.2442

Abstract

Jakarta Bay is a semi enclosed bay located in the northern coast of Jakarta Metropolitan City. Hydrologically 13 rivers flowing in the Jakarta region and there are three big rivers with significant discharge to the Jakarta Bay namely Citarum, Ciliwung, and Cisadane Rivers. Jakarta, as Indonesian capital city with population of 8.725.630 inhabitants, and another 15 million people live in the surrounded suburban of Jakarta, creates a significant anthropogenic impact to the environmental system. Limited infrastructures, such as no sewerage system and lack of industrial waste management, cause the rivers in this region have over their carrying capacity.Seventeen sampling stations were determined in the Jakarta Bay, consisting of 5 stations at the river mouths (estuaries) and other 12 stations in the bay spreading from the coastal to offshore areas. Water and sediment samples were taken during 2 monsoonal or seasonal variations, August 2006 for dry season and February 2007 for rainy season respectively. Additionally, samples were also taken in May 2007.Sediment distribution in the estuary consists mostly of black clay. The sediments clays were bad smell. In the coastal region and in the dry season, the sediments consists of black clay and at one sampling site (station S3) the sediment was bad smell. However, all sampling sites became bad smell in the rainy season. In the inner bay area, sediments were greyish green sandy clay with some shell fragments. In the outer bay, the sediments were dominated by greyish green clayey sand with some shell fragments. The black clay with bad smell is indicative of anthropogenic influence from Jakarta River Basin. C/N ratio of the sediments in the dry season ranged from 1 to about 4.2 where in the estuaries (at stations M1, M2 and M4) the ratio were higher compared to the inner and outer bays. The C/N ratio of suspended particulate matter ranged from the lowest ratio of 0.7 to the highest ratio of 17.7 at the bottom layer and lesser ranged of 0.7 to 9.8 at  surface layer. POC concentrations ranged between 50-650 µM and 50-900 µM, in February and May, respectively. High concentrations of POC exists along the coastline or estuaries then decreasing toward the sea. POC is distributed widely in February than that in May due to higher discharge from the rivers. The average TOC concentrations in February is lower than that in May, but the TOC load in February was much higher than that in May due to the big differences of river discharge and because the samples were taken a week after the big flood in Jakarta area (February 4th - 6th, 2007). Total organic carbon fluxes from the river to the bay in February and May 2007 were 107.6 T /day C and 42.7 T /day C, respectively. Key words : sediment, anthropogenic influence, C/N Ratio, POC, TOC, flux
Co-Authors D., Rahmania Dian Nuraini Edvin Aldrian Iwan G. Tejakusuma Nugrahadi, M.S Nugrahadi, Mochamad Saleh Nugrahadi, Mochamad Saleh Rahmania A. Darmawan saroja, damayanti T. Yanagi Tejakusuma, I. G. Tejakusuma, I. G. tejakusuma, iwan G Yanagi, Tetsuo Yanagi, Tetsuo