Wee Notes
This is William’s notes as the year progresses.
How do we solve the problem of the water.
It strikes me that every week I am asked if a certain site will flood. A good question and, as I tell clients, the first place to look is the SEPA Flood Map which give an outline idea of the fluvial, surface water and coastal flood likelihood. The problem is that we live in a world where avoidance of flood risk is assumed and to know the details of the possible inundation - some form of hydraulic modelling is often needed. Three key inputs form the backbone of any flood model - the landform (including things which affect the flow of water), the amount of water falling from the sky and the roughness of the environment. Two of these elements entail very big data sets and it falls to our modellers to cope with the information systems in order to construct a robust model. We have to justify every part of the model and the end product is always very impressive but rarely cheep.
To avoid un-necessary costs I always recommend giving us a call to get a heads up on any site prior to the start of any formal work. To our valued clients its cost free.
How do we solve the problem of the water.
It strikes me that every week I am asked if a certain site will flood. A good question and, as I tell clients, the first place to look is the SEPA Flood Map which give an outline idea of the fluvial, surface water and coastal flood likelihood. The problem is that we live in a world where avoidance of flood risk is assumed and to know the details of the possible inundation - some form of hydraulic modelling is oftan needed. Three key inputs form the backbone of any flood model - the landform (including things which affect the flow of water), the amount of water falling from the sky and the roughness of the environment. Two of these elements entail very big data sets and it falls to our modellers to cope with the information systems in order to construct a robust model. We have to justify every part of the model and the end product is always very impressive but rarely cheep.
To avoid un-necessary costs I always recommend giving us a call to get a heads up on any site prior to the start of any formal work. To our valued clients its cost free.
How do we solve the problem of the water.
It strikes me that every week I am asked if a certain site will flood. A good question and, as I tell clients, the first place to look is the SEPA Flood Map which give an outline idea of the fluvial, surface water and coastal flood likelihood. The problem is that we live in a world where avoidance of flood risk is assumed and to know the details of the possible inundation - some form of hydraulic modelling is often needed. Three key inputs form the backbone of any flood model - the landform (including things which affect the flow of water), the amount of water falling from the sky and the roughness of the environment. Two of these elements entail very big data sets and it falls to our modellers to cope with the information systems in order to construct a robust model. We have to justify every part of the model and the end product is always very impressive but rarely cheep.
To avoid un-necessary costs I always recommend giving us a call to get a heads up on any site prior to the start of any formal work. To our valued clients its cost free.
Earthwork and the Weather
It is a universal truth in Scotland that just when you want to start site investigation works or earthwork platforming works that the weather takes a turn for the worst. Like farmers who are at the mercy of the rain clouds so are all ground workers. Sometimes it is a matter of having the right equipment and clothes, however, the complex relationship between soils and water can result in an troublesome halts and expensive delays not to mention the ever present health and safety concerns.
It is with this background that we start another cycle of platforming works at Bishopton. Alex and Edwina, once they have donned the right clothing, will brave the elements to ensure that settlement monitoring results in the site being fit for purpose later this year.
Gas Clam
Whilst there are measures that we can take to mitigate the problem of soil/mine gas to a development the first key is to assess the ground conditions correctly. Monitoring of borehole standpipes takes time and, if you are not careful, you can miss the impact of changing atmospheric pressure on the gas coming to surface.
In order to provide improved data, shorten the monitoring period and ultimately arrive at a more cost effective solution, our Alex Muir was able to purchase a number of ‘gas clams’.
These machines fit into the borehole standpipe and take many readings over a week or two week period thus allowing us to provide the best service to our clients.