Road to Our Wedding Party on 23-24 April 2011

Besok dini hari (Minggu 20 April 2011) saya dan calon istri berencana akan mudik ke Ponorogo untuk persiapan acara nanti. Mulai dari urusan dekorasi plus tata rias, terop, undangan maupun kepanitiaan. Disamping itu pula ada info katanya nyokap nya calon istri juga pulang dari Jakarta. Di hari seninnya kita berencana ke Puskesmas juga untuk keperluan suntik TT. Terlepas informasi tentang polemik 'manfaat suntik TT' itu sendiri, saya sih sebenarnya tidak terlalu ambil pusing-pokoknya bismillah saja semoga semuanya baik-baik saja.

Hari Seninnya saya berencana cuti karena mengantar calon istri ke Puskesmas itu tadi juga ke KUA untuk urusan ijab kabulnya. Sebenarnya puyeng juga nich kepala karena pas acara sebenarnya lagi padatnya-di samping itu pula urusan kerjaan di kantor juga lagi super ribet dan mengharuskan pulang malem secara terus menerus (baca: Proyek). Dan di bulan yang sama pula dengan bulan pernikahan saya, saya juga akan pindah kerja ke tempat/kantor yang baru. Yah semoga semuanya berjalan dengan lancar. alkhamdullilah persiapan di kita sebenarnya udah 75 % an mungkin, jadi tinggal penyempurnaan nya saja.

Terima kasih kepada calon istri atas segala bantuannya yang kadang sering saya omel-omelin juga karena suatu hal ditambah karena pengaruh capek juga strees di kerjaan. Semoga semua yang di rencanakan berjalan dengan lancar. Amien

Hasil Drawing perempat final Liga Champions Eropa

Holders FC Internazionale Milano will meet FC Schalke 04 in the UEFA Champions League quarter-finals after Friday's draw, though the tie of the round is perhaps the all-English meeting between Chelsea FC and Manchester United FC. UEFA has announced the full fixture list.
Sir Alex Ferguson's team denied Chelsea a first European Champion Clubs' Cup in a dramatic penalty shoot-out in Moscow three years ago, and the London club will have a shot at revenge next month. While Chelsea are reigning English champions, United currently lead them by nine points in the Premier League and have history on their side in the competition having been crowned Europe's finest three times.
The Inter-Schalke encounter has fewer precedents, but having required a late goal to edge out FC Bayern München in the round of 16 the Nerazzurri will not take German opposition lightly. Older fans will need no reminder that the teams have met at the business end of a major European competition before, Schalke beating Inter in Italy in the 1997 UEFA Cup final on penalties.
Nine-time trophy winners Real Madrid CF will come up against Tottenham Hotspur FC in their first quarter-final since 2003/04, after Cristiano Ronaldo's wish that "maybe it would be better to come up against Barcelona further down the line" was granted.
The Spanish rivals could yet face off in the last four, however, as the winners of their tie will take on whichever side prevails between FC Barcelona and quarter-final debutants FC Shakhtar Donetsk.
Quarter-final draw (5/6 and 12/13 April)
Real Madrid CF (ESP) v Tottenham Hotspur FC (ENG)
Chelsea FC (ENG) v Manchester United FC (ENG)
FC Barcelona (ESP) v FC Shakhtar Donetsk (UKR)
FC Internazionale Milano (ITA) v FC Schalke 04 (GER)
Semi-final draw (26/27 April and 3/4 May)
1: Inter/Schalke v Chelsea /Manchester United
2: Madrid/Tottenham v Barcelona/Shakhtar
Final (28 May, Wembley)
Winner semi-final 2 v Winner semi-final 1
Source:http://www.uefa.com/uefachampionsleague/news/newsid=1609215.html

Combined Cycle Power Plant ( CCPP )

This article briefly explains the basic functioning of a Combined Cycle Power Plant with an animated diagram.

First step is the same as the simple cycle gas turbine plant. Burning of gas, the thrust rotating a gas turbine and the coupled generator produces Electricity. In the second step the hot gases leaving the gas turbine passes into boiler to produce steam. This boiler is called the ‘Heat Recovery Steam Generator (HRSG). The steam then rotates the steam turbine and coupled generator to produce Electricity. The hot gases leave the HRSG at around 140 degrees centigrade and are discharged into the atmosphere. The steam condensing, and water recycling system is the same as in the steam power plant. The attached animation shows the working of the CCPP.

First step is the same as the simple cycle gas turbine plant. Burning of gas, the thrust rotating a gas turbine and the coupled generator produces Electricity. In the second step the hot gases leaving the gas turbine passes into boiler to produce steam. This boiler is called the ‘Heat Recovery Steam Generator (HRSG). The steam then rotates the steam turbine and coupled generator to produce Electricity. The hot gases leave the HRSG at around 140 degrees centigrade and are discharged into the atmosphere. The steam condensing, and water recycling system is the same as in the steam power plant.

The attached scheme shows the working of the CCPP.

Roughly the steam turbine cycle produces one third of the power and gas turbine cycle produces two thirds of the power output of the CCPP. Normally there will be two generators, one driven by the gas turbine and one driven by the steam turbine. There are also systems with one generator connected through a single shaft to both the gas turbine and steam turbine.

Even though this system is having the best efficiency, it has limitations. The gas turbine can only use Natural gas or high grade oils like aviation or diesel fuel. Because of this the combined cycle can be operated only in locations where these fuels are available and cost effective.

Developments for gasification of coal and use in the gas turbine are in advanced stages. Once this is proven, Coal as the main fuel can also be used in the combined cycle power plant.

Coal Fired Steam Power Plant ( PLTU )

COAL FIRED STEAM POWER PLANT

How Coal Power Plants Produce Electricity

The conversion from coal to electricity takes place in three stages.

Stage 1

The first conversion of energy takes place in the boiler. Coal is burnt in the boiler furnace to produce heat. Carbon in the coal and Oxygen in the air combine to produce Carbon Dioxide and heat.

Stage 2

The second stage is the thermodynamic process.

1. The heat from combustion of the coal boils water in the boiler to produce steam. In modern power plant, boilers produce steam at a high pressure and temperature.
2. The steam is then piped to a turbine.
3. The high pressure steam impinges and expands across a number of sets of blades in the turbine.
4. The impulse and the thrust created rotates the turbine.
5. The steam is then condensed and pumped back into the boiler to repeat the cycle.

Stage 3

In the third stage, rotation of the turbine rotates the generator rotor to produce electricity based of Faraday’s Principle of electromagnetic induction.

Semangat baru, harapan baru,,,

PT. PEMBANGKITAN JAWA BALI SERVICES

Kamis, 10 Maret 2011 dan seterusnya sejarah baru dalam perjalanan karir professional saya akan di mulai. Semoga ini menjadi awal yang baik dalam langkah saya mewarnai hidup. (cakpry)

Dari sinilah karir professional saya berawal,,,(Part.2)

PT. PARFIMA MEKADAYA

Grundfos Authorized Service Partner

Surabaya

Hari Senin Tanggal 02 Februari 2007 saya resmi bergabung di perusahaan ini dengan posisi awal sebagai Electrical Technisian juga sama seperti di perusahaan sebelumnya. Di perusahaan ini lah saya merasa menemukan kenyamanan dalam bekerja, dan di perusahaan ini pula saya merasa bisa belajar merangkak untuk selangkah demi selangkah menuju ke arah tujuan. Seiring berjalanan waktu tugas baru di bebankan ke pundah saya oleh pimpinan yaitu di percaya sebagai koordinator project. Dan di sini karir ke-project kan saya berawal. Banyak cerita suka dan duka menyertai dalam mengemban tugas ini. Beberapa project alkhamdullilah telah terselesaikan diantaranya : Hotel Menara Andhika Bahtera-Balik Papan, PT.Nestle Indonesia Kejayan Factory-Pasuruan, Waterplace Residence-Surabaya, Surabaya Sport Center-Surabaya, Universitas Ciputra Apartemen-Surabaya dan yang sekarang masih on Progress yaitu Ciputra World Surabaya (CWS). Di project lah saya belajar banyak hal dan juga berinteraksi dengan banyak orang dan yang pasti banyak ilmu-ilmu baru yang saya dapatkan. Terima kasih untuk Bapak pimpinan, divisi teknik, staff administrasi, divisi marketing, rekanan dan kolega yang telah banyak membantu selama ini. (cakpry)

Dari sinilah karir professional saya berawal,,,(Part.1)

Dari perusahaan inilah awal karir saya berawal. Setelah lulus kuliah dari Politeknik Perkapalan Negeri Surabaya-ITS dan setelah kasak kusuk kesana kemari mencari pekerjaan ( suatu hal yang mungkin hampir semua mahasiswa lakukan setelah lulus kuliah ) akhirnya rejeki saya jatuh di York Johson Controls Indonesia yang berkantor waktu itu di Hayam Wuruk Plaza Jalan Hayam Wuruk-Jakarta Barat. Waktu itu jabatan saya adalah sebagai Electrical Technisian. Tetapi perjalanan karir saya di perusahaan ini tidak berlangsung lama karena 3 bulan pertama saja saya sudah merasakan ke tidak kerasanan dalam bekerja yang di sebabkan oleh banyak faktor. Dan tepat 6 bulan saya resign dari perusahaan ini dan balik kampung ke Surabaya. (cakpry)