How to increase the durability of drainage channels in coastal environments

How to increase the durability of drainage channels in coastal environments

Did you know that the Atlantic Ocean is one of the saltiest bodies of water in the world? In addition, on the Atlantic coast the humidity level is around 80%?

This is important information to bear in mind before selecting drainage solutions as to ensure channels don't deteriorate over time, it's crucial that the materials used adapt to the environment where they are to be installed.

In this blog, Ulma will be discussing how the durability of drainage solutions can be increased, even in areas with a significant marine presence. Because it is possible.

We all know that excess salt isn't good for the body. Simply stop and think how many people you know who take steps to reduce the amount of salt in their diets. Well, the same goes for the grating in channels: proximity to the sea affects their condition and can cause wear and tear problems like rust.

That is exactly what was happening along the promenade of Sardina Beach in Gáldar, in the northwest of Gran Canaria.

The local government launched a full refurbishment project on the avenue. This was an ambitious project, that sought to widen the avenue and gain pedestrian space, and, among other actions, new drainage channels were installed to replace the old ones, which had deteriorated.

It's not magic; it's Optimal Drain

When a restoration project like the one in Gáldar is commenced, there is a clear premise: project managers want to ensure that all the time and work invested is worth it. That's because once you're ready to do something, it's best to do it well from the start, without cutting corners.

This is where Ulma’s technical service comes into play. They have developed multi-platform software that carries out hydraulic studies to guarantee planned channel systems are the best they can be, in terms of both drainage capacity and cost. In other words, they know beforehand which channel model is the most suited to each project.

For this project, Ulma were initially asked for a quote for a certain channel model but after performing the hydraulic calculation, their colleagues realised it was not the best option.

Kompaqdrain monolithic channels in polymer concrete

The result was the installation of Kompaqdrain monolithic channels whose channel and grating are manufactured as a single part. In addition, the CITY model (the one used on this project) has a characteristic suited to pedestrian areas: its grating features slimmer collection holes to prevent people from stumbling or falling.

Now back to the initial question:

What is the key to channels enduring in coastal areas? The answer is the material.

Kompaqdrain channels are manufactured entirely in polymer concrete. This is a high-quality material comprised of a select combination of aggregates bound together by polymer resin, with a resistance four times greater than traditional concrete and highly resistant to saline environments.

Now you know: if you want to bid farewell to pathologies caused by saltpetre from the sea and increase the durability of drainage channels, Kompaqdrain channels in polymer concrete are the answer.

Are you looking for quality drainage channels that stand the test of time? Ulma can offer you advice here.

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ULMA Architectural Solutions

ULMA Architectural Solutions

ULMA Architectural Solutions were formed in 1990 within the ULMA Group and since that time they have been growing, developing a wide range of polymer concrete products aimed at Drainage Solutions market.

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