building. climate. excellence.
building. climate. excellence.
Our mission is to ensure efficiency from source to emitter. With this in mind, we engineer hydronic systems that help reduce energy and emissions, and therefore support sustainability in every step of the building life cycle. At Comap, our engineers are passionate about innovative, mission-critical building technology systems. We pave the way for sustainable heating and thus for eco-friendly residential, commercial and industrial buildings.
In doing so, we do not forget our own role in sustainability. This is why we strive to make our own operations as clean, green and waste-free as possible, and we always keep the total life cycle of our products in mind.
While switching from heat sources that rely on fossil fuels to those that make use of renewable energies is certainly a reasonable approach, it is by no means a universal remedy. Rather, the heating system with all its components must always be considered as a whole in order to maximise the savings potential. Individual system components can be replaced with little time and expense - and they quickly pay for themselves and at the same time generate considerable energy savings and CO2 reductions.
For example, Comap thermostatic radiator valves and heads save up to 15 percent energy and in turn carbon dioxide (CO2) emissions. Not only do they make central heating systems more energy efficient and cost-effective, they also reduce emissions of greenhouse gas.
At Comap, we do everything we can to reduce the carbon footprint of our products as much as possible. That's why we carefully consider which material is the most environmentally friendly or how we can extend the life span of our products.
Life Cycle Analysis (LCA) helps us measure our products’ impact on CO2 emissions during their life cycle. In this way, we are able to determine that our PPSU fittings, for example, leave 8 times lower carbon footprint when compared with the brass fittings in the market.
Sustainable energy is renewable energy, easy as that. Without the use of renewable energy, the building sector cannot achieve the CO2 cuts needed to meet the EU target to reduce greenhouse gas emission by at least 55% by 2030.
Comap has contributed to the realisation of 929,667 installations operated on renewable energy – that is in almost 3% of all such systems in Europe!
We are able to measure our entire CO2 footprint and thus are able to improve it.
We can showcase how all our energy and water efficiency solutions contribute to eco-friendly buildings.
We will reduce in & out packaging material by 20%
We only develop products and technologies with a circular design. Waste is recycled optimally.
We will annually reduce our CO2 footprint with 5%.
Annually our Greenhouse Gas (GHG) emissions are measured for scope 1 & 2 in 100% of our entities and recorded in an emissions report. Therefore, the CO2 footprint is a useful tool to acquire knowledge about the current performance in terms of emissions of carbon dioxide. Use of this information enables specific actions to be carried out to reduce such emissions.
Since 1921, Comap has been driving intelligent management of water and energy through its thermal and sanitary products that increase comfort in buildings. It is part of the stocklisted company Aalberts NV, instituted in 1975. Along with Flamco, which produces high-quality components for use in HVAC systems since 1956, the Aalberts hydronic flow control business unit was constituted. Stronger together, Comap and Flamco will continue to build mission critical technologies to manage heating and cooling humanly with better financial and environmental efficacy. From source to emitter we partner with our customers to engineer seamless energy efficient hydronic systems for their building requirements.
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