The planning and design of outdoor swimming pools, indoor swimming pools and all-weather pools are complex tasks that take into account both functional and aesthetic aspects. They include the selection and placement of swimming pools, sun loungers, changing areas and sanitary facilities, taking into account the nature of the terrain, safety aspects and ecological sustainability. The aim is to create attractive recreational and sports facilities that meet the needs of users and can be operated efficiently at the same time.

The renovation of pools of all designs is a demanding task that requires thorough analysis and planning. It includes the renovation and modernization of existing pools, regardless of their design or size. This includes repairing damage, replacing covers and pool linings and updating water treatment and technical systems. The aim is to improve the functionality and safety of the pools, make operation more efficient and extend the service life of the facilities.

The optimization of water flow and pool flow is crucial for the water quality and efficiency of swimming pools. This task involves analyzing and adjusting the flow conditions to ensure an even distribution of chemicals and effective removal of impurities. By using modern technologies and improving the hydraulic systems, energy efficiency is increased, chemical consumption is reduced and the hygiene of the pool is ensured. The aim is to achieve optimum water quality and make the operation of the pool sustainable and cost-efficient.

Modernizing water treatment technology is essential for improving water quality and operational efficiency in swimming pools. This task involves updating and optimizing existing systems, including filtration, disinfection and pH regulation. By using advanced technologies such as UV disinfection, ozonation or salt electrolysis, the effectiveness of water treatment is increased and chemical consumption is reduced. The aim is to ensure high water quality, reduce energy consumption and minimize operating and maintenance costs in the long term.

The implementation of modern building management technology is crucial for the efficient management and monitoring of building functions. This technology integrates various systems such as heating, ventilation, air conditioning, lighting and security into a central control platform. Through the use of sensors, automated controls and data analysis, energy consumption and operating costs are optimized, while comfort and safety for users are increased. The aim is to ensure intelligent and sustainable building management that meets both ecological and economic requirements.

The installation of effective disinfection systems is crucial for maintaining high hygiene standards in swimming pools and other water facilities. These systems include technologies such as UV disinfection, ozonation and salt electrolysis, which ensure reliable elimination of germs and bacteria. By integrating modern disinfection methods, water quality is significantly improved, chemical consumption is reduced and user safety is increased. The aim is to achieve sustainable, efficient and cost-effective disinfection that facilitates the operation and maintenance of the systems while ensuring the highest standards of hygiene.

Improving water heating systems is crucial for the efficient operation and comfort of swimming pools and other water facilities. This includes the modernization of heating systems through the use of energy-efficient technologies such as heat recovery, solar absorbers, photovoltaics, heat pumps and cogeneration units. By optimizing temperature control and distribution, energy consumption can be lowered and operating costs reduced. The aim is to ensure reliable and sustainable water heating that increases user comfort while minimizing environmental impact.

The redesign of sanitary facilities includes the comprehensive modernization and optimization of toilets, showers and washrooms. Current design trends and functional requirements are taken into account to create an appealing and user-friendly environment. In addition to aesthetic improvements, the focus is on installing water-saving fittings, energy-saving lighting and barrier-free facilities. The aim is to increase hygiene and comfort, reduce operating costs and promote the sustainable use of resources.

The integration of energy-efficient lighting concepts is a key step towards reducing energy consumption and improving sustainability in buildings. This includes the use of modern lighting, intelligent control systems and daylight-dependent controls. Targeted planning and placement of lighting can significantly reduce energy consumption while creating optimum illumination and atmosphere. The aim is to reduce operating costs, minimize the ecological footprint and increase the comfort and safety of users.