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Techno LPPM
Published by Universitas Pembangunan Nasional Veteran Yogyakarta
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Articles 48 Documents
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ANALYSIS CHARACTERISTIC DEEP WATER RESERVOIR IN DARAM – WARIMPI FORMATION, BINTUNI BASIN, WEST PAPUA INDONESIA Munazahatin, Ristiya
Techno LPPM Vol 1. 1 Juni 2015
Publisher : Techno LPPM

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Indonesia have a lot of profilic basins which have large oil and gas reserve that produce for supply energy demand in the world. But the trend problem is almost all of mature fields in Weastern Indonesia basin had reaching decline phase peaked oil and gas production since 10 years ago at 1.6 MMbpd. The exploration and exploitation focused to improve the oil recovery (development) and looking for new concepts to optimization of production but its all still haven’t served energy demand and high price of oil and gas. Because of that, economic target basin for petroleum industries right now is Eastern Indonesia basin especially in Papua. The potential spread of oil and gas in mature basins, semi-mature basins and frontier basins on the island of Papua, one of mature basin which one already produced is Bintuni Basin. Since the early exploration hydrocarbon in Bintuni Basin focused on deeply target for Kambrium reservoir and not considered much in Paleocene reservoir which one have hydrocarbon potential. The characteristic of Paleocene deep water reservoir is multistory turbidit which one trapped on structural trap and stratigraphic sealing by mudstone. The focused analysis for multistory turbidit reservoir deep water is very important to detail becaused interbedded between sandstone and shalestone will make hydrocarbon got difficult to vertical migration. It could be caused there are permeability barrier or shale break that prevents the hydrocarbon haven’t vertical or horizontal migration. The hydrocarbon that couldn’t migrate and trapped in reservoir is being bypassed hydrocarbon. One of the alternative technologies to solve those problems and to increasing the recovery factor is making technology called “Window”.
EKSTRAKSI FLAVONOID DARI TANAMAN OBAT SEBAGAI ANTI OKSIDAN Gogot Haryono
Techno LPPM Vol 1, No 1 (2015)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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Flavonoids are phenolic compounds found in many plants and some species canact as antioxidants. Antioxidants are a substance very easily oxidized, so that when thereis an air / oxygen would oxidize antioxidants first before oxidize other substances.Penilitian result of various crops showed varying levels of antioxidants in each plant.This study aims to determine the levels of flavonoids in several medicinal plants arewidely consumed by humans is the parasite tea, red betel leaves, soursop leaves, fruit andleaves of gotu kola gods crown. From the research results for the five materials tested,mistletoe tea has the highest concentration of flavonoids. Research carried out by theextraction time of 120 minutes, the concentration of ethanol 96%, stirrer speed of 300rpm and a temperature of 70 ° C solution obtained parasite tea flavonoid concentrationof 0.575 g / L, the mass transfer coefficient (Kca) is calculated based on the results ofexperiments for the extraction of tea flavonoids parasite 0.00863382 min-1.Keywords: flavonoids, extraction, plant
CALLUS REGENERATION OF Chrysanthemum AFTER GAMMA RAY IRRADIATION FOR THE RESILIENCE OF MEDIUM PLAIN Ari Wijayani; Muafi Muafi; Endah Wahyurini; Rina Sri Lestari
Techno LPPM Vol 1, No 1 (2015)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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Development of chrysanthemum plants in the medium plains is still facing obstacles due tounfavorable climate. Until today, the availability of tolerant chrysanthemum seeds grown in the mediumplains is not maximized so that the necessary effort in order to increase the genetic diversity as thematerial selection to obtain tolerant chrysanthemums grown in medium plain. This research is beingconducted in order to follow up the problems of availability of tolerant chrysanthemums seeds grown inthe medium plains at several stages. Stage one is the induction of callus after gamma ray irradiation invitro. This research has been conducted in tissue culture laboratory of the Faculty of Agriculture UPN"Veteran" Yogyakarta from February to June 2015. Tested regeneration media is ½ MS with the additionof IAA 0.1 mg/l; 0.2 mg/l; 0.3 mg/l; 0.4 mg/l and 0.5 mg/l. The results showed that ½MS regenerationmedia with the addition of IAA 0.3 mg/l spur sprouts emerge percentage (100%); while growing sprouts(8.67 days), height are about sprouts (3:10 cm) and number of sprout (7:00). Regeneration mediumTreatment with kinetin 2 mg/l + IAA 0.5 mg/l gives the number of root growth (13) and root length (4:07cm)Keywords: Chrysanthemum, tolerant medium plains, in vitro selection, gamma ray irradiation,
PENGEMBANGAN SISTEM OFFICE AUTOMATION (SOA) MENGGUNAKAN E-MAILING SYSTEM ONLINE Mangaras Yanu Florestiyanto; Hidayatulah Himawan; Wilis Kaswidjanti; Bambang Yuwono
Techno LPPM Vol 1, No 1 (2015)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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Sistem Office Automation (OA) dikembangkan oleh banyak institusi untuk menunjangpeningkatan kinerja sebuah institusi atau organisasi. Sistem ini bertujuan untuk mengalihkanfungsi sumber daya manual perkantoran yang banyak menggunakan tenaga manusia menujufungsi otomasi menggunakan peralatan mekanis e-mailing system secara online. Penelitian inibertujuan untuk mengembangkan e-mailing system/sistem informasi persuratan elektronisdengan melakukan pemantauan persuratan terutama pada permasalahan alur perjalanan suratdan disposisi serta tindak lanjutnya. Penelitian ini menggunakan metode Difine SystemSpecification yang dapat mengatasi kelemahan pada proses alur perjalanan surat dan disposisiserta tindak lanjutnya. Hasil penelitian ini mampu memproses alur perjalanan surat maupuntindak lanjut disposisi surat dengan pemantauan yang lebih baik.System Office Automation (OA) developed by many institutions in support of improving theperformance of an institution or organization. This system aims to divert resources function thatmany manual office using manpower towards automation functions using mechanical equipmente-mailing system online. This research aims to develop e-mailing system / electroniccorrespondence with the information system monitoring the flow of correspondence, especially onissues trips letters and dispositions as well as follow-ups. This study uses difine SystemSpecification which can address the weaknesses in the process flow and disposition journey letterand follow-up. Results of this study were able to process the flow of letters and follow-up tripdisposition letter with better monitoring.Keywords: e-Mailing System, Sistem Office Automation, disposition, Electronic letters
ALTERATION AND GOLD MINERALIZATION PANINGKABAN AREAS GUMELAR SUB-DISTRICT, BANYUMAS REGENCY, CENTRAL JAVA PROVINCE Heru Sigit Purwanto; Herry Riswandi
Techno LPPM Vol 1, No 1 (2015)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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The research location is located in Paningkaban area and its surrounding areas that included in the areaof Gumelar Subdistrict, Banyumas Regency, and Central Java Province. The objective of the researchwas to show the presence of any structural geology control on research area that affect the distributionpatterns of quartz vein and gold/ore mineralization.The methodology in this research begins with data collecting process, which this preliminary data is thenbeing compiled to determine the next phase of the study. This study covers the geomorphology,stratigraphy, any structural and alteration mineralization observation. The geomorphology of the studyarea composed of the four original forms: volcanic, structural, karsts and fluvial form. The stratigraphycomposed of seven unclassified litho units and two litodem, namely (from old - young): Halang volcanicbreccias unit, Halang sandstone unit, Kumbang andesite lava unit, Tapak volcanic breccias unit, Tapaksandstones, unit Tapak limestone unit, alluvial deposits, and andesite intrusion.Hydrothermal alterations formed in the research area are carefully grouped into three types of alterationzoning and they are argillic alteration, propylitic alteration, and sub-propylitic alteration. Themineralization then is carefully classified as pyrite (FeS2), chalcopyrite (CuFeS2), galena (Pbs), bornite(Cu5FeS4). The macroscopic analysis of the structure in the study area based on the alignment of allegedtraces of the geological structure in the form of fault, or directions of the fold axis alignment, obtainedthe general alignment directions trending N 305° E (NW - SE), and N 055° E (NE - SW).In the research area, the mineralization process is controlled by geological structure such as fault andjoint. The appearance of the mineralization is abundant and can be found many fulfilling the joint zonemainly shear joint trending Northeast - Southwest and Northwest - Southeast, the direction of jointsharpness measured in the field relatively trending North - South. This study will emphasize on themeasurement and detailed analysis to know more about the gold mineralization process and otherminerals controlled by structures patterns. The structural control analysis can really be a good helpinghand in locating the mineralized areas because basically the activity and geological structure controlprocess are corridor for magma and the its rest compound that brings minerals, so the methods ofmineral ores exploration by structure control can be used in determining ore gold mineralized depositsprecipitate on gold deposits system and other minerals on a different area.Keywords: lithostratigraphy, structure, zone of opening, zone of alteration, mineralization, metalminerals
THE CONDITION OF WATES GROUNDWATER BASIN FOR PRA TEMON INTERNATIONAL AIRPORT CONSTRUCTION KULONPROGRO DIY Purwanto Purwanto; Arif Rianto Budi Nugroho; Intan Paramita Haty
Techno LPPM Vol 1, No 1 (2015)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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Underground water is a component in the hydrological cycle which takes place in nature,formed by rainwater that seeped into the soil in the recharge area and flew through the media layer ofrock acting as a carrier layer of water (aquifer) in ground water basin, where is under the groundleading to discharge area. Wates basin’s groundwater includes the Wates, Temon, Panjatan, Lendah,Brosot, a little part of the Sentolo and Pengasih District located in Unit Plateau of volcanics fluvio,beach units and sand dunes with the alluvial material consisting of sand, gravel, silt, and clay, flatmorphology, relative lithology and groundwater characteristics. This lithology is potential with theoccurrence of groundwater conservation system changes if there is an excessive ground waterextraction in the region which can be characterized by the increase in salinity in ground water.The main objective of this study is to fully assess the qualitative and quantitative groundwaterin the Wates Groundwater BasinBasin due to Temon International Airport construction in its relationto maintain the sustainability of groundwater systems.The methods in this study consists of several steps, starting from observation and rock’s / soildescription include: measurement of rock bedding, measurement of structural geology elements,observation of morphological conditions, and sampling soil / rock to be tested in laboratoryconcerning about the content of its mineralogy, texture and structure. The cross-section will showtheinformation of quantity / amount of groundwater that exist in the research area and the coastidentification towards the potential intrusion of sea water. The results of mineralogical analysis ofrocks and hydrochemical groundwater will provide information on the distribution of groundwaterquality. This conditions will certainly change the start of construction and post construction of theairport. Information about the mineralogical content of rocks, hydrochemical content of water andaquifer configuration will be able to contribute as an efforts in the groundwater area of InternationalAirport Temon, DIY.Keywords : groundwater, aquifer, electrolite conductivity,seawater intrusion
SLOPE STABILITY ANALYSIS OF THE PATHUK HILL FOR THE RESORTS DEVELOPMENT Jatmika Setiawan; Bagus Ngurah Kresna; Arya Dwi Sanjaya; Adrianus Bayu
Techno LPPM Vol 1, No 1 (2015)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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Pathuk Hill is located abouth 15km eastern from Yogyakarta City. Pathuk Hill is elongatedhill (escarpment) trending NE-SW stricking and formed the steep slopes to the north-west.An average height of a Pathuk Hill between 200m-250m above sea level. This hill arecomposed by interbadded tufaceous sandstone and tuff of Semilir Formation in the lowerpart. Conformity above of Semilir Formation is volcanic breccia of a solid NglanggranFormation. In the top of the Pathuk Hill we can see the exotic view of Yogyakarta City in thewestern, Merapi Vocano in the north-western and sunset in the western in the afternoon. Inthe Pathuk Hill resort will be development of the big resort as the gateway to the WonosariCity. This area would be developed as a torism object between Yogyakarta City andWonosari City.Keywards : Pathuk Hill, slope tability, resort, view, torism object.
PALEOTEMPERATURE INTERPRETATION BASED ON CALCAREOUS NANNOPLANKTON OF KEDUNG SUMBER RIVER SECTION, SOKO, BOJONEGORO, EAST JAVA Siti Umiyatun Choiriah; Carolus Prasetyadi; Rubiyanto Kapid; Dwi Fitri Yudiantoro; Muhammad Syaifudin
Techno LPPM Vol 6, No 1 (2020)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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Analysis of 64 samples taken from the Kedung Sumber River section represent of Kalibeng Formation, Atasangin Member, Klitik Member, Sonde Formation, and Pucangan Formation. The detail of nannoplankton analysis showing that temperature changes influenced to the growth of nannoplankton.  Result of this study reveals that a number of 32 zones paleotemperature change. Age of the Kalibeng Formation is Late Miocene to Early Pliocene (NN10-NN13), divided into nine zones: 1/warm, 2/cold, 3/transitional, 4/warm, 5/cold, 6/warm, 7/cold, 8/cold, 9/warm zone. Atasangin Member are divided into 3 zones: 10/cold, 11/warm, 12/cold zone. Age of this member is Early Pliocene (NN13-NN14). Klitik Member is Early Pliocene to Late Pliocene (NN14-NN17), and divided to 7 zones: 13/transitional, 14/warm, 15/cold, 16/warm, 17/cold, 18/warm zone. Age of Sonde Formation is NN18-NN20 (Late Pliocene to Early Pleistocene), have into 7 zones: 19/cold, 20/warm, 21/transitional, 22/cold, 23/transitional, 24/cold, 25/transitional, 26/ cold, 27/transitional zone, 28/warm, 29/cold zone. Pucangan Formation are divided into 3 zones: 30/warm, 31/transitional, 32/cold zone. Age of this formation is Pleistocene (NN20-NN21).
WATER RESOURCES OF SUGAPA INTAN JAYA - PAPUA DISTRICT Puji Pratiknyo
Techno LPPM Vol 6, No 1 (2020)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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The existence and potential of water resources in the Sugapa District need to be known because the Sugapa District is the capital of Intan Jaya Regency. By conducting geological mapping and research as well as direct measurement of quantity and quality in the field, the results are obtained that springs are the main water resource used by residents in the study area. There are 7 (seven) springs in the Sugapa District which are in difficult morphology, in the form of steep valleys at high elevation (1,749 - 2,273 meters from sea level). Spring water discharge varies (<0.1 - 5.78 liters / second) with a quality that in general the parameters meet the drinking water quality requirements.
THE INFLUENCE OF STEM CUTTING TYPE AND IBA CONCENTRATION ON VEGETATIVE GROWTH OF BOUGAINVILLEA Heti Herastuti; Siwi Hardiastuti EK
Techno LPPM Vol 6, No 1 (2020)
Publisher : Universitas Pembangunan Nasional Veteran Yogayakarta

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Bougainvillea is one of the ornamental plants usually use for landscaping because of its colorful leaves and flowers. It is also used as a stabilizer and environmental preserver of pollution. This plant is propagated by cutting, however, there is a need to ensure easy growth of roots. Therefore, the purpose of this research was to determine the influence of stem cutting type and IBA concentration on vegetative growth of bougainvillea. The study was conducted in the experimental garden of the Faculty of Agriculture, UPN "Veteran” Yogyakarta, between October 2019 and January 2020 using a Randomized Completely Block Design (RCBD) with a factorial arrangement. The factors include the terminal, middle, and basal types of stem cutting while the IBA concentration was varied between 50, 100, 150 ppm and without IBA. The result showed 100 ppm IBA on the middle and basal type produced higher shoot number and shoot length of bougainvillea. The middle and basal type produced the best of percentage cutting to life, root number, length of longest root, and root volume. The giving IBA in cuttings produced the better root growth than without IBA.

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