Protect substance. Preserve value.
Professional drying after water damage. therlo connects you with certified experts for quick building drying, damage restoration, and mould prevention. Protect your property.
Certified Drying Technicians
State-of-the-art device technology
24/7 Emergency Referral
Your partner for fast and sustainable building drying
Comprehensive Damage Analysis and Moisture Measurement
Customised drying concepts for every case of damage
Comprehensive Documentation for Insurances
Prevention of consequential damage such as mould growth
Water Damage: Why Quick Action is Crucial
Water damage, whether caused by a burst pipe, flooding, or firefighting water, poses an acute threat to the fabric of the building. Water penetrates deeply into materials such as screed, masonry, and insulation layers. Without immediate, professional drying, irreversible damage looms: swelling of wooden floors, decomposition of insulation materials, and especially the formation of harmful mould. Mould colonies can begin to form within 48 to 72 hours. Delaying not only weakens the structural integrity of your building but also endangers residents' health and leads to significant devaluation of your property. Rapid referral to a specialist expert by therlo minimises these risks and promptly initiates the correct steps for damage limitation and drying.
Our Services
Systematic Drying Solutions
Damage Analysis
Precise moisture measurement and root cause analysis.
Building drying
Acceleration for new construction and renovation.
Screed drying
Drying of insulation layers using the vacuum method.
Wall drying
Targeted dehumidification of solid masonry.
Cavity drying
For ceilings, shafts, and drywall partitions.
Leak detection
Non-destructive detection of pipe leaks.
Odour elimination
Neutralisation of musty and mouldy odours.
Disinfection
Hygienic removal of spores and bacteria.
Documentation
Complete reports for your insurance.
The right technology for every claim.
Water damage detected?
Act now.
The process of professional technical drying
A professional drying process follows a systematic and scientifically based procedure. First, precise leak detection and a detailed assessment of the damage take place using modern measuring technology such as infrared cameras and hygrometers. Based on this analysis, an individual drying concept is developed. The core of the procedure is the targeted use of specialist equipment like condensation dryers, adsorption dryers, and fans. These continuously extract moisture from the air and building materials. The process is continuously monitored, and the measurement data is documented to control the drying progress and ensure that the desired target values are achieved. Upon completion of the drying process, a final measurement is conducted and the equipment is expertly dismantled.
Condensation Drying vs. Adsorption Drying: Which Method for Which Purpose?
The choice of the right drying technology is crucial for success. Condensation drying is the most commonly used method. It works on the principle of a refrigerator: moist indoor air is drawn in, passed over a cold surface, causing the moisture to condense and collect in a container. This process is particularly efficient at room temperatures above 15°C. Adsorption drying, on the other hand, binds water molecules to a hygroscopic material (drying agent, e.g., silica gel). It is independent of the ambient temperature and can be used at very low temperatures or for drying particularly dense materials. Experts choose the appropriate method or a combination of both technologies based on the type of damage, the affected materials, and the environmental conditions.
Screed and Insulation Layer Drying: Targeted Drying of the Invisible
Moisture that is trapped in screed insulation layers beneath the flooring is particularly critical. Although not visible from the outside, it can lead to massive mould growth and degradation of the insulation over the years. For these cases, cavity or insulation layer drying is used. Special drilling techniques are employed to either press dry, warmed air into the insulation layer (overpressure process) or extract moist air (underpressure process). The underpressure process has the advantage that any mould spores or harmful substances present are filtered directly and not dispersed into the indoor air. This highly specialised method ensures the complete preservation of your floor's value and prevents long-term, costly consequential damage.
Mould Prevention: The Most Important Step After Drying
Successful drying eliminates the immediate danger, but preventing further mould growth is equally important. After the technical drying process, the building fabric may be dry but potentially more vulnerable. Our expert partners ensure that all affected areas are not only dry but also hygienically sound. This may include disinfecting surfaces or a special misting to remove spores from the air. Additionally, we advise on preventive measures such as proper ventilation techniques and the use of humidity monitoring systems to protect your home or commercial property from damp and mould over the long term and to ensure a healthy indoor climate.
Damage
Report
Experts
Find
Damage
Fix
New building drying: shorten construction time, ensure quality
In new constructions or renovations, a considerable amount of water is introduced, for example through screed, plaster, or concrete. Natural drying can take months and significantly delay the progress of construction. Professional building drying accelerates this process in a controlled and significant way. By the targeted use of building dryers and fans, the construction moisture is efficiently removed. This not only enables a quicker move-in date but also prevents typical building defects such as cracks in the plaster, poor adhesion of floor coverings, or future mould infestation in the new property. Invest in professional new build drying to guarantee quality, safety, and value right from the start.
The role of measurement technology for comprehensive documentation
Precision is essential in professional drying. The success of a measure hinges on the accuracy of moisture measurement. Our partners therefore rely on the latest measurement technologies. Resistance measurements, dielectric methods, and microwave measurements enable non-destructive analysis of moisture distribution in walls, ceilings, and floors. Thermographic cameras visualize thermal bridges and moisture pockets. All measurements – from the start through intermediary checks to the final measurement – are meticulously documented. This detailed documentation not only guides the drying process but also serves as an indispensable proof for processing with your building insurance.
Costs and Insurance: What to Consider During Claims Processing
The cost of professional drying depends on the extent of the damage, the affected area, and the duration of the measures. In many cases, these costs are covered by building or household insurance, especially in cases of water damage. Natural hazard insurance often covers damage from flooding or heavy rain. It is crucial to report the damage to your insurance company immediately and document the condition before any measures are taken (e.g. with photos). therlo connects you with specialist firms experienced in working with insurers. They provide professional quotes and detailed documentation that facilitate a smooth and swift resolution of the insurance claim, ensuring you receive the benefits you are entitled to.
How long does a professional drying take?
At therlo, your safety and satisfaction come first. We understand that water damage is a stressful situation. That's why we only refer certified and accredited specialist companies that meet the highest quality and safety standards. Our partners work with the latest, energy-efficient technology and ensure a fast, but above all, sustainable drying of your property. From the initial contact, through damage analysis, to the final acceptance, we are at your side as a competent contact. Trust our network to protect your property, maintain the value of your property, and quickly restore a healthy, safe living and working environment.
