I know not everybody is a fan of Facebook. I use it a lot though. Not for news, but to stay in touch with families and friends all over the world. It is a good places for hobbies en interest as well.
One of the interesting features I found is the so called “Events”. Once Facebook understands your sort of preferences it will start making suggestions as well. These days a lot of day trips to exhibitions, concerts, events and so come from Facebook. Very convenient.
I was very surprised to have Facebook suggest an event at a place I had never heard of. Not only was it very near to us, less than 16 km, it was also about one of my favourite topics; Diesel Engines. In fact, mainly marine diesels. Those of you that have followed me on the forum will recall I used to be a merchant marine engineer early on in my career. I sailed the seven seas, and a few oceans, for the first 10 years of my career. Made it to Chief Engineer.
So, naturally, I was interested and decided to take a little trip down diesel memory lane. Unfortunately, the weather was pretty awful, otherwise it would have been a nice ride on my bicycle. So I took the car.
This place is called the SHVP, or Stichting Historische Verbrandingsmotoren Papendrecht. Which means the Society for historical combustion engines in Papendrecht. The society was formed in 2012 by founder and owner Peter Reichwein. He started collecting engines in the early ‘80s. His hobby grew and grew and at some point in time he wanted to put it on display and the managed to find this location. Well over 30 engines, with a total weight of well over 250 tonnes. So they needed a pretty sturdy building at that!
Here the complete overview of their collection:
http://www.shvp.nl
The society is run entirely by volunteers, rangingfrom 35 to 85 years of age.
Currently 28 of the engines are in running order. Whereas the museum is open during the weekends they only have one or two “running days” per year. This weekend was one of them.
I arrived just before 10.00 o’clock. This guy had taken the opportunity to display some of his second hand goods on sale. I did rummage through some of the boxes, looking for tools. But did not find anything I need. I would never ever buy hoisting gear second hand. It is just not worth the risk. But he had plenty of it on sale and I saw some people buying some of the slings and chains.
Whereas normally the entry price is Euro 5 (slightly more expensive than a Star Bucks coffee), todays entry was free.
So let’s step inside:
Even though it was early it was already getting busy and soon the place would be bursting at the seams as you will see.
Let's look at some of the engines on display. This is a 1944 Werkspoor TM263, 150HP, 360rpm. It was build during the war.
An 1953 Industrie 4VD6A, 200HP, 320rpm
Another Industrie, this being a 2D4, 80HP, 600rpm, from 1953
All of these engines are from before my merchant navy era. But I have come across some of these engines, on old vintage ships. These engines were extremely well build and usually outlived the hull of any ship easily.
This was probably the piece de resistance of the whole collection. Another Werkspoor. It is a TMAB278 from 1954, 700HP, 350rpm. The famous Werkspoor mediumspeed TM410 was essentially derived from these sort of engines. And the infamous TM620 too.
Let’s have a look at some of the details. Here you can see the inlet and outlet rockers. Exhaust gas temperature.
Here what is known as the governor. The governor controls the rpm and or the power of the engine. These are fantastic little machines. All mechanical with internal hydraulics for closed loop automation.
Another view of the governor and you can see the turbo assembly, notably the air inlet filter.
Some more details. These engines are extremely photogenic. So much to see, so much detail, shiny bits, moving bits etc. These sort of engines, and anything bigger than these, will always have a valve attached on the cylinder head. The valve has two purposes. With the engine shut down, these valves are opened. Before the engine is started it is pre-lubricated and it is turned 360-720o by hand to ensure no cooling water has leaked into the cylinders. With the valve open no compression and any cooling water liquid would spout out! Also, it is used to connect a so called indicator tool. That is a special tool that allows the engineers to measure the power produced in each cylinder. This is what is known as indicated horsepower, so often these valves were called indicator valves.
Here what is known as a cylinder liner lubrication unit. Apart from looking gorgeous, it has an import function. The cylinder liner has around its circumference several little holes. This unit, thought steel pipe lines is hooked up to these. It pushes a little drop of oil out into the cilinder for every so many rotations of the crankshaft. So it ensures lubrication of the piston rings.
As duty engineer you had to keep checking the proper operation of this little machine. You can see the oil drops through those little glas gauges on the top.
It is driven through a simple ratchet system of the main shaft.
Here a similar lubricator and the mechanical drive system.
Early on in my career as merchant navy engineer one day, whilst on leave, I got an urgent call from the crew department. At the time we were living in Brighton UK. One of their ships, the SmitLLoyd 61 was in Aberdeen, Scotland with major engine damage. They had sacked the Chief engineer and could I please, please head over straight away.
This particular Smit Lloyd vessel was a supply vessel for the oil offshore industry. In those days, early 80’s, lots of offshore activity in the North sea. This vessel had two Bolnes engines. V-16s, two stroke. With both a turbo and a scavenging piston too. (an earlier version is on display here at the museum too).
What had happened is that the engineer whilst on duty did not check the cilinder lubrication unit properly. Which meant the port engine had been running with no cylinder lubrication. This meant we had to lift 16 cylinder heads, pull 16 piston, pull 16 cylinder liners, check and replace whatever was damaged beyond proper specification and rebuild the engine. The company had the parts send over with two Bolnes specialist to give us a hand. Still, it took us four days of working 18 hours a day to fix it all. Big job!
The Netherlands had quite a diesel manufacturing industrie, with various well established brands in the early to mid 1900s. Industrie, Brons, Stork, Werkspoor, Bolnes, Kromhout to name a few. They are all represented here with at least one of their engines.
I sailed with Werkspoor, Bolnes and Industrie engines. Both as main engines as well as auxiliary engines.
Another very interesting engine was this MAN engine. It was build in 1917 and powered a German submarine in the first world war. Blohm & Voss build about 250 of these engines, but this is the only running unit in the world. It produces 430HP at 375rpm. During the second world war it was transported to the Netherlands where it powered a generator.
It has a very special fuel injection system by means of high pressure air. The high pressure air is produced at the back of the engine with some dedicated kit bolted on instead of a regular cylinder head.
Overlooking the top of the MAN:
Here you get a good view of this special high pressure air compressor arrangement. I do not think I have ever come across this on regular marine applications. Must be specific to submarines.
The museum has lots of spare parts and some very well equipped workshops
This little tool is used to test the fuel injectors
Well equipped workshop, lots of tools and machinery. I need one of each for my garage!
Some electronic tools too. Never had those in my merchant navy days!
These guys are building a similar little electrical measuring instruments as I do
It was getting more busy. Very easy going, you were allowed to roam freely, climb on top of the engines
I had chatted with some of the attendees. Many had some sort of engineering background. Quite a few had worked in the various engine factories at the time. And of course, quite a few former marine engineers about.
Another close up of one of the big engines. You can see the injectors, bolted down in the middle of each cylinder head