The cost of fires can be measured in lost lives, injuries and economic losses. By reaping the benefits of technological advance, fire protection can go from a reactive operation to an active. That will safeguard the value of our buildings – and protect lives.
Fire bear a huge price on society. The annual cost of fires in Europe is estimated to a staggering 126 billion euro each year, according to Fire Safe Europe, an organization committed to strengthening fire protection across the EU. More important, fire causes injuries and claim lives. While approximately 70,000 people in Europe are hospitalised with severe fire-related injuries each year, about 4,000 people are killed by fire during a year.
Smoke control dampers,
While the term digitalisation often comes across as a bit abstract, the digital transformation in companies like Lindab is both real and concrete. Building information modelling, BIM, for example is a methodology that is revolutionizing the way new buildings are planned and constructed.
Constructing a modern building is a complex process full of potential pitfalls. If the various members in a project fail to find a common understanding, the entire venture risks taking more time than expected and costing more money than estimated. This is true regardless if we are talking about the construction of a private house, a school or a commercial building.
Lindab has managed to fulfil the highest criteria and is now certified by Eurovent for our duct systems Lindab Safe and Lindab Safe Click. I hope this recognition of our work will raise the overall production standards of ventilation and take us one step closer to a more sustainable future.
According to the EU, buildings are responsible for 40 per cent of all energy consumption in the member states. Ventilation is one important contributing factor and in any building, whether it be a school, a commercial property or a private house, the ventilation system constitutes approximately 30 per cent of the total energy consumption. Even though ventilation requires energy to work, poorly functioning systems often lead to unnecessarily high consumption. Duct systems that have not been assembled in a correct manner or fittings that do not fit are reoccurring problems that result in air leakage and high costs.
Tightness class D,
Raising the standard,
Lindab Safe Click
Ventilation constitutes 30 per cent of a building’s total energy consumption. Investing in a ventilation system using new ultrasound technology will help you cut operating costs and help reach the EU’s target of reducing energy consumption by 20 per cent by 2020.
If we are to limit human impact on the Earth’s climate, several things need to be done. In 2007, EU leaders agreed on a set of goals. One of these was to reduce energy consumption in the member states by 20 per cent by the year 2020.
The increased focus on climate has inspired companies and industries to start developing new solutions that will help reach the targets. Lindab is no exception and by working to minimize air leakage and to optimize the ventilation systems we can make a lasting difference.
Rising energy costs are increasing the demand for alternative energy sources, and is also proving to be a driving force for innovation. In the competitive market of air conditioning systems a new highly effective way of handling ventilation, cooling and heating is currently challenging traditional solutions.
Having a comfortable indoor climate is essential to the well-being of most people. Regardless if it’s a hot summer day or a freezing winter day, if we are working in the office or spending time at home, we all want comfortable room temperatures.
Future of Construction,
During summertime, the cost of cooling rises. Installing active chilled beams in your building helps you cut costs. Since chilled beam systems are maintenance free, the installation will also save you money over time.
While most of us appreciate the warmer temperatures during this time of the year, no one likes to pay the electrical bill after a hot summer. In most cases the cost of cooling a residential building or an office increases in the summertime. For a larger company, that means big money.
Waterborne climate system,
They should be as small and thin as possible, and carefully hidden so that no one notices them. Nevertheless, they constantly prevent us from breathing polluted air in our homes and workplaces.
With these components being hidden, we also tend to forget maintaining them. Or occasionally replacing them whenever they’ve been worn out. But just as they have a tremendous positive impact on our health when functioning properly, not replacing ineffective ones has a negative impact – on both the energy bill and the indoor air quality.
But what are these small, yet essential parts, that goes unnoticed? Well, it’s the air filtration. Hidden in your ventilation system. Day in and day out, these brave little soldiers protect you from breathing polluted air – providing fresh air to indoor areas, and enabling you to stay healthy and sound.
You hear about it all the time. The excessive energy consumption in the modern world, and the impact this has on our planet. Suddenly, global warming isn’t some rare thing that only meteorologists talk about; on the contrary, it’s something that everyone can relate to. Nowadays, we all understand (well, except some billionaire presidents) that it’s an urgent matter for us to turn things around and reduce our consumption of natural resources.
Tightness class D
The mankind has experienced tremendous evolutions throughout the history. We got from horses to cars, from theatre to television, from letters to telephone and from records to streaming. Now another evolution takes place within the ventilations industry and even though the headline of this blog may seem like a difficult question, the answer is much more logical and valuable than it may seem at first. Over the past 5 years, the world has seen an increasing number of energy efficiency polices. These, combined with an increasing focus on indoor air quality, raise a demand for new technologies that can help optimize air quality and at the same time reduce energy consumption in buildings. This is where ultrasound and Internet of Things (IOT) becomes part of the picture.
Future of Construction,