Alan de Enfield

Do we want to prevent WW3, or do we want to have a longtitudinal waterpark ? It's (surely) a no-brainer.

I don't think it is illegal to aply for asylum, but my understanding is that they must apply for it in the 1st safe country they get to. So, the asylum seekers that 'land' in Turkey, Greece or Italy should not be working their way all thru Europe then get in a rubber boat in France and come to the UK and then apply. The 100 asylum seekers on the news last night were from Vietnam - how had they got onto a French Beach without travelling thru a 'safe' country - and - Vietnam is not an unsafe country anyway so one presumes that if they are not in fear of their life, they must be economic migrants. The French authorities stood on the beach watching them get in the boat - a BBC film crew asked them why they had not done what Britain was paying them to do and they replied "we are not allowed to enter the water, so as soon as they are standing in the water we can take no action", when asked why they didn't stop them in the sand dunes or on the beach, they replied "they had sticks and they threatened us so we could have been injured".

It saves having to move - you just need to ensure that your toilet discharge pipe is downsteam of your abstraction 'pick-up' pipe.

Thank you - thats the ones, but I actually have the tidal atlas (book) which also shows all the possible safe havens with mini-charts and pilotage notes.

And being a displacement hull would probably means that he is pushing a bow wave 'half the size of the North Sea'. Boats are 'boat shaped' for a reason.

The title of the thread is : Fuel tank inspection hatch - best design practice which is the question I answered by quoting the size and preferred location. I did not mention the RCD / RCR and I did not suggest that it was a legal requirement.

Remember that if wishes to maintain a constant 10 knts he could actually need to be doing 15knts thru the water if he is stemming the tide. The tides around the East coast tend to run 'roughly' North - South, with a curve around the wash and North Norfolk coats, and can run at up to 5 knts. When we'd go from Hull to Yarmouth it would take about 12 hours so we would set off at HW & the have the 1st few hours going 'with the ebbing tide' and then, as the tide turned we would be going against the flooding tide, and could be hardly gaining any ground, but, we would arrive at high water (if you are considering places of safe haven which you may need to head for in adverse conditions tide height can be important).

Just looked at a static caravan, 5 people, end of July, 7 nights, Devon, £2289

1 to 7 can be (or have been) done by a well founded narrowboat in the correct conditions. No8 - It has been asked before and there are threads on the forum about it. Having done the East coast regularly in a sea-going Cat A boat,(Based in Hull) and having about 40 years experience of NBs, no way would I take a NB down that stretch of water. Not much in the way of 'ports of refuge' for when the forecast changes for the worse, and you still have hours to go. A beautiful flat calm day, we were leaving Wells Next The Sea (Norfolk coast) as we left the channel and approached the No1 fairway buoy the wind, waves and tide picked up - we spend well over an hour climbing and sliding down waves 5-8 metres high making absolutey no foward movement at all, (you cannot turn around and go back or will be rolled over) the dogs were sick it was awful. We eventually got thru it (it was only a 2-300 yards wide) and we were back in flat calm waters and continued on our way down to Gt Yarmouth. The forecast was absolutely spot on - just local conditions combined to make a very rough sea.

There has to be a 1st time !

I'd have thought that even a hose pipe with a jiggle-pump would be better than sliced bread for cleaning off algae.

It.....is......an.....autobot..... reading.....a.....script.

Funding cuts threaten the future of Birmingham’s treasured canals | Watch (msn.com) Funding cuts threaten the future of Birmingham’s treasured canals

The requirements for installation of a fuel system on a boat with fixed fuel tanks are given in the harmonised standard BS EN ISO 10088 Permanently installed fuel systems and BS EN ISO 21487:2012 Small craft - Permanently installed petrol and diesel fuel tanks. The requirement for petrol fuel tanks to be ‘insulated from the engine and all other sources of ignition’ is deemed to be complied with if a) the clearance between the petrol tank and the engine is greater than 100 mm and b) all electrical parts on the engine which could create a spark, and any other electrical components in the engine/fuel compartment, are ignition protected. To ensure that these components are ignition protected the boat builder should use a petrol engine that complies with BS EN ISO 15584 Inboard petrol engines - fuel and electrical system components (the engine manufacture should provide this confirmation) and for other parts, e.g. blower fan or electric bilge pump, use only components that have been CE marked in accordance with Annex II 1. The clearance between a petrol tank and any dry exhaust components must be greater than 250 mm, unless an equivalent thermal barrier is provided. For diesel engine installations, the engines used should comply with BS EN ISO 16147 Inboard diesel engines – Engine-mounted fuel and electrical components to ensure that the fuel components fitted on the engine by the engine manufacturer are safe. The engine manufacture should provide confirmation that the engine complies with this standard. Fuel hose used in the system must be fire resistant if used in the engine compartment and Where fuel hose is used the standard requires that only fire-resistant hose to BS EN ISO 7840 may be used in the engine compartment. Such hose should be stamped to indicate compliance This appears to be a requirement in BS EN ISO 21487:2012 If there is a drain in a diesel oil tank, it shall be fitted with a shut-off valve having a plug that can be removed only with tools. Each tank shall have an inspection hatch of at least 150 mm diameter. The inspection hatch shall, as a rule, be located on top of the tank, but for diesel oil tanks it may also be on the tank side. There shall be access to the inspection hatch when the tank is in position.