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All Journal JURNAL AIR INDONESIA Industrial and Systems Engineering Assessment Journal (INASEA) JURNAL STANDARDISASI
Prihadi Waluyo
Pusat Teknologi Industri Proses, Bidang Logam, Deputi Bidang Teknologi Industri Rancang Bangun dan Rekayasa, Badan Pengkajian dan Penerapan Teknologi, Gedung 2, Lt 9, Jl M.H.Thamrin No. 8. 10340
Agriculture, Biological Sciences & Forestry Education Industrial & Manufacturing Engineering

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STUDI BIDANG BARU STANDARDISASI TERMASUK ICT DENGAN PENDEKATAN PERTUMBUHAN STANDAR INTERNASIONAL IEC DAN STANDAR NASIONAL SNI Waluyo, Prihadi
Industrial and Systems Engineering Assessment Journal (INASEA) Vol 12, No 1 (2011): INASEA Vol. 12 No. 1
Publisher : Industrial and Systems Engineering Assessment Journal (INASEA)

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Abstract

Standardization have moved rapidly following the development of science and technology and the need of trade. So that, to facilitate trade and to protect domestic consumers, we need supply or standards appropriately, such as study of new area of standardization with international standard and SNI development approach. The determination of priority of new area of standardization to be done by analysis the standards growth, use the same ICS, compare with the growth of international standards (ISO & IEC) versus SNI. The growth is measured by the growth curve slope during year 1991-2007, with slope more than 50% is meant high. Several new area of standardization from the study include Information technology, Sinematography, Radiation, and medical laboratorium science.
Analisis Penerapan Program K3/5 R di PT. X Dengan Pendekatan Standar OHSAS 18001 Dan Statistik Tes U Mann-Whitney Serta Pengaruhnya Pada Produktivitas Karyawan Waluyo, Prihadi
JURNAL STANDARDISASI Vol 13, No 3 (2011): Vol. 13(3) 2011
Publisher : Badan Standardisasi Nasional

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Abstract

Gerakan 5R (Ringkas, Rapi, Resik, Rawat, Rajin) di PT X sangat berkaitan erat dengan K3 (Keselamatan danKesehatan Kerja) yang sesuai dengan standar OHSAS 18001 (Occupational Health and Safety AssessmentSeries). Guna mengetahui sejauhmana pengaruhnya terhadap karyawan maka dilakukan analisis penerapanprogram K3/5R di PT X dengan pendekatan standar OHSAS 18001 dan statistik tes U Mann-Whitney sertapengaruhnya pada produktivitas karyawan. Dari hasil analisis produktivitas kerja ternyata setelah penerapan 5Rada pengaruhnya, terlihat dari tes U Mann-Whitney dengan H0 ditolak dan H1Kata kunci: Standar OHSAS 18001, 5R, K3, tes U Mann-Whitney, produktivitasditerima. Dengan demikianpengaruh penerapan 5R cukup besar. Pada saat dimulainya Gerakan 5R terlihat bahwa produktivitas kerjakaryawan naik cukup besar dari Rp. 5,93 juta/karyawan pada tahun ke 6 (Tahun pertama dimulai Gerakan 5)menjadi 10,98 pada tahun ke 7 (Tahun kedua Gerakan 5R) atau naik 85,2%. Demikian pula pada tahun ke 8(Tahun ketiga Gerakan 5R) produktivitas kerja menjadi 20,59 atau naik 87,5% dibandingkan dengan produktivitaskerja tahun ke 7 (Tahun kedua Gerakan 5R)
UJI COBA PEMBUATAN PELAT KUNINGAN SESUAI TARGET STANDAR PERUSAHAAN Waluyo, Prihadi
JURNAL STANDARDISASI Vol 12, No 2 (2010): Vol. 12(2) 2010
Publisher : Badan Standardisasi Nasional

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Abstract

Kemandirian peralatan utama sistem persenjataan (alutsista) pertahanan dan keamanan (hankam) dalam menghadapi kemungkinan darurat perang akibat diembargo mutlak dilakukan, termasuk dalam bahan pelat munisi buatan dalam negeri untuk munisi kaliber kecil 5,56 mm khususnya tipe kode Pindad MU 5TJ sebagai peluru yang paling banyak digunakan di pasukan TNI, satu paket dengan senjata senapan serbu SS1. Percobaan dilakukan terhadap pelat kuningan munisi kaliber 5,56 mm mengikuti persyaratan standar perusahaan yang mengacu pada standar NATO SS 109. Bahan baku: Kawat tembaga super, Zinc Ingot SHG, Nikel Screen, Posphor copper, dan pelat Alumunium. Peleburan tanpa Al sebanyak 80 kg (4 Slab), dan peleburan + Al sebanyak 160 Kg (7 Slab). Hasil karakterisasi uji coba pembuatan pelat kuningan (Cu-Zn 70-30) – Komposisi kimia slab: kandungan kimia Cu masih dalam rentang standar Perusahaan, demikian pula unsur Pb, Fe, Ni, P, Sb, dan Sn masih berada di bawah ambang batas standar perusahaan. Percobaan lain yang dilakukan adalah uji pengerolan, pengamatan metalografi (mikro-struktur) pelat kuningan, pengujian kekerasan pelat kuningan, dan pengujian anil pelat kuningan yang kesemuanya secara umum telah memenuhi persyaratan standar perusahaan yang mengacu pada standar NATO SS 109. Biaya produksi pelat kuningan per kg= Rp 55,838.000/160 kg= Rp 348,987.5, atau Biaya produksi pelat kuningan per lembar= Rp 55,838.000/11 lembar= Rp 5,076,181.8 yang tentunya akan lebih rendah harga dibanding produk impor, karena tidak termasuk biaya transpor dan asuransi dari luar negeri.
KAJIAN TEKNOLOGI PENGOLAHAN AIR LIMBAH RUMAH SAKIT DAN SNI TERKAIT Waluyo, Prihadi
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 (316.262 KB) | DOI: 10.29122/jai.v5i1.2433

Abstract

The study of hospital waste water treatment technology, with choice one of  waste water treatment technology this is activated sludge process, which already common use related to the National Standard of Indonesia (SNI) about environment, especially waste water, and more specifically is activated sludge. These snis are used to compliment of testing from technology of hospital waste water treatment. There for, it is need to be more reinforce the application of SNI so that each the technical regulation don’t want to detail the technical aspect it self. This because to revise the legal regulation is not easy, meanwhile the SNI can be revised anytime we need. We need to continue and to increase cooperation (MOU) between the Ministry of Environment and the National Accreditation Committee (KAN), about the joint assessment accreditation of environment parameters quality laboratory. The good application of technology and standard will have a good impacts for the growth of economic environment equipments industry. From the hospital waste water samples in Jakarta has showed  that the chemical consentrate pollution very fluctuated, e.g.,  BOD 31,52 - 675,33 mg/l, ammoniac 10,79 - 158,73 mg/l, detergent (MBAS) 1,66 - 9,79 mg/l. From the BOD (mg/l) parameter with minimum 31, 52 and maximum 675,33 still include in the BOD parameter, as decree of KLH No 58/95, mentioned that the maximum gradient 75 mg/l, but to see from the mean as 353,43 are far out from the article of  KLH decree.  Key words : Air limbah, lumpur aktif, teknologi, SNI, lingkungan, standardisasi
KAJIAN TEKNOLOGI PENGOLAHAN AIR LIMBAH RUMAH SAKIT DAN SNI TERKAIT Waluyo, Prihadi
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.v5i1.2433

Abstract

The study of hospital waste water treatment technology, with choice one of  waste water treatment technology this is activated sludge process, which already common use related to the National Standard of Indonesia (SNI) about environment, especially waste water, and more specifically is activated sludge. These snis are used to compliment of testing from technology of hospital waste water treatment. There for, it is need to be more reinforce the application of SNI so that each the technical regulation don’t want to detail the technical aspect it self. This because to revise the legal regulation is not easy, meanwhile the SNI can be revised anytime we need. We need to continue and to increase cooperation (MOU) between the Ministry of Environment and the National Accreditation Committee (KAN), about the joint assessment accreditation of environment parameters quality laboratory. The good application of technology and standard will have a good impacts for the growth of economic environment equipments industry. From the hospital waste water samples in Jakarta has showed  that the chemical consentrate pollution very fluctuated, e.g.,  BOD 31,52 - 675,33 mg/l, ammoniac 10,79 - 158,73 mg/l, detergent (MBAS) 1,66 - 9,79 mg/l. From the BOD (mg/l) parameter with minimum 31, 52 and maximum 675,33 still include in the BOD parameter, as decree of KLH No 58/95, mentioned that the maximum gradient 75 mg/l, but to see from the mean as 353,43 are far out from the article of  KLH decree.  Key words : Air limbah, lumpur aktif, teknologi, SNI, lingkungan, standardisasi
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