Performance
Heat Exchange: up to 500 kW MAWP: up to 25 bar Design Pressure: 30 bar Test Pressure: 32 bar
Hot Fluid: Brine Water Cold Fluid: Hydrocarbon
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
PREHEATER
Performance
Heat Exchange: 0.1 up 200 MW MAWP: max 1.5 bar
Design Pressure: 10 bar Test Pressure: 6.5 bar
Hot Fluid: Water and Hydrocarbon Cold Fluid: Water
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
CONDENSOR
Performance
Heat Exchange: up to 2 MW MAWP: up to 90 bar
Design Pressure: 135 bar Test Pressure: 117 bar
Hot Fluid: Hydrocarbon and Water Cold Fluid: Water
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
EVAPORATOR
Performance
Heat Exchange: up to 10 MW MAWP: up to 10 bar
Design Pressure: 30 bar Test Pressure: 13 bar Hot Fluid: Water and Oil Cold Fluid: Air
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
FIN FAN COOLER
Performance
Heat Exchange: up to 4 MW MAWP: up to 250 bar
Design Pressure: 300 bar Test Pressure: 325 bar Hot Fluid: Gas
Cold Fluid: Air
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
GAS COOLER
Performance
Heat Exchange: up to 1 MW MAWP: up to 20 bar
Design Pressure: 30 bar Test Pressure: 26 bar Hot Fluid: Water and Oil Cold Fluid: Water
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
SHELL & TUBE
Performance
Heat Exchange: up to 2 MW MAWP: up to 90 bar
Design Pressure: 135 bar Test Pressure: 117 bar Hot Fluid: Steam Cold Fluid: Water
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
HIGH PRESSURE HEATER
Performance
Heat Exchange: up to 1 MW MAWP: up to 20 bar
Design Pressure: 30 bar Test Pressure: 26 bar Hot Fluid: Oil
Cold Fluid: Fresh Water and Sea Water
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
LUBE OIL COOLER
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
ORC BINARY CYCLE PLTP
Date of issuance: March 13, 2013
Performance
Generator Power Output: 65 KW Thermal Efficiency: 9.7%
MAWP: 15 bar
Working Fluid: N-Pentane Hot Fluid: Brine Water
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
ORC BINARY CYCLE PLTP
Performance
Gas Cooler / Lube Oil
Heat Exchange: 9.818 / 0.941 mmbtu/h MAWP: 444.7 / 164.7 psia
Design Pressure: 510 psig Test Pressure: 26 bar
Hot Fluid: Hydrocarbon Gas / Lube Oil Cold Fluid: Air / Air
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC) All Stenless Steel Material SA-240 TP 316L
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
FIN FAN COOLER FOXTROT
Performance
MAWP: 600 Psi
Operating Temperature: 40 �C Flow Rate: 400 GPM
Design Pressure: 600 Psi Test Pressure: 780 Psi Fluid: Water
MANUFACTURING
Material According to ASME BPV Code Section II Manufacturing by precision machine (CNC)
ENGINEERING
Calculating and Drawing HTRI
Solid Works Flow Simulation Solid Works Premium
3DVIA Composer
Standard and Code ASME TEMA API
FILTRATION UNIT
PT. INTAN PRIMA KALORINDO at GLANCE
Office:
Jln. I Gusti Ngurah Rai 23, Simpang Klender Kav. 35D, Jakarta Timur 13470 +62 21 860 4821, 860 4136 +62 21 860 3647 (fax) www.kalorindo.co.id Workshop: Jln. Tekno Raya B-1F,
Kawasan Industri Jababeka III, Cikarang 17530
+62 21 898 44466, 898 44488 +62 21 898 44477 (fax)
PT. Intan Prima Kalorindo (Kalorindo)
bergerak dalam engineering, manufacturing, dan maintenance Heat Exchanger. Kalorindo didirikan pada tanggal 21 September 2002, didirikan dan dikelola oleh tenaga professional yang berpengalaman. Memiliki surat perijinan SIUP Besar, SBU Mekanikal, SBU Elektrikal, SBU Sipil, SBU Energi Baru Terbarukan. Proses desain dan manufaktur dilaksanakan di Jl. Tekno Raya B-1F Kawasan Industri Jababeka III Cikarang Bekasi 17530.
Eksistensi perusahaan dalam bidang desain dan pabrikasi (Heat Exchanger, Air Cooler, Gas Cooler, dan Oil Cooler) ini telah mendapat Sertikat QHSE (Quality, Health, Safety, Enviroment : ISO 9001, ISO 14001, OHSAS 18001) dari SGS. Sebagai Pengakuan Implementasi dan Pemeliharaan Sistem Manajemen Mutu dengan ruang lingkup kegiatan Desain dan Manufaktur Heat Exchanger.
Beberapa sertifikasi lainnya yang diterima adalah Sertifikat CSMS dari PT. Pertamina RU VI Balongan, Sertikasi Assesment dari PT. Pertamina RU V Balikpapan, Sertikat Rekanan PT. PJB, dan Approved Manufacturer List dari PT. Pertamina EP.
Produk yang dihasilkan berkualitas internasional sesuai dengan standar ASME (telah mendapatkan Certicate of Authorization dari ASME) untuk pembuatan pressure vessel (U Stamp) dan pekerjaan perbaikan (R Stamp). Proses perancangan menggunakan software original HTRI (Heat Transfer Research Inc.), SolidWork Premium, SolidWork Flow Simulation, 3Dvia Composer. Selain software juga menggunakan panduan ASME Code, API, dan TEMA.
Dalam kinerja Kalorindo sampai dengan akhir 2014, telah diproduksi 2066 (dua ribu enam puluh enam) unit Heat Exhanger untuk memenuhi pesanan berbagai perusahaan antara lain PT. PLN (Persero), PT. PJB, Indonesia Power, PT. Pertamina, ESDM, BPPT, Chevron, Perum Jasa Tirta II, PLTG, PLTA, PLTD dan industri lainnya diberbagai wilayah di Indonesia.
PT. Intan Prima Kalorindo (Kalorindo) line of business is majoring in heat exchanger engineering, manufacturing and maintenance. Kalorindo established in 21 September 2002 and managed by experienced and professional engineers. Has official licensees in SIUP Besar, SBU Mekanikal, SBU Elektrikal, SBU Sipil, SBU Energi Baru Terbarukan. Engineering design and manufacturing process are conducted in Kalorindo workshop located at Jl Tekno Raya B-1F Kawasan Industri Jababeka III Cikarang Bekasi 17530.
Kalorindo's role in design and manufacturing process of (Heat Exchanger, Air Cooler, Gas Cooler, dan Oil Cooler) has been acknowledged and certified in QHSE (Quality, Health, Safety, Enviroment : ISO 9001, ISO 14001, OHSAS 18001) by SGS. In the field of maintenance and implementation of quality management system for design and manufacturing heat exchanger.
Kalorindo has been acknowledged by issuance of CSMS certificate by Pertamina RU VI Balongan, Assesment certificate by PT. Pertamina RU V Balikpapan, STRW (Sertifikat Tanda Rekanan Workshop) by PT. PJB, and Approved Manufacturer List by PT. Pertamina EP. Our Product is Internationally Standard in accordance with ASME Standard and Kalorindo has been Certified by ASME in manufacturing Pressure Vessel (U stamp) and maintenance (R stamp).
In the designing process we use original software application such as HTRI (Heat Transfer Research Inc.), SolidWork Premium, SolidWork Flow Simulation, 3Dvia Composer. Besides We use guidance from ASME, API and TEMA.
Kalorindo performance up to end 2014 has produced around 2066 units HE for our clients scattered in Indonesia. Our Clients cover such as PT. PLN (Persero), PT. PJB, Indonesia Power, PT. Pertamina, ESDM, BPPT, Chevron, Perum Jasa Tirta II, PLTG, PLTA, PLTD and other private sectors in Indonesia.
