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WATER TECHNOLOGY
The company Tebrix Water Technology focuses on the development of specialized
equipment for water treatment and filtration. The systems treat water from any
contaminated source for potable, commercial and operational use. The treatment
processes take place without input water analysis.
Technology division:
- Stationary systems
- Mobile systems
- Water desalination
STACIONARY SYSTEMS
Stationary systems represent permanently installed technical equipment in
buildings. The purpose of these units is to ensure a continuous supply of high-
quality drinking water in a wide range of building structures, including small-end
large-capacity shelters, residential and apartment complexes, commercial
complexes (such as hospitals, educational facilities, hotels, etc.) and public
administrative buildings.
These systems are designed to ensure the supply of drinking water even in the
event of a contaminated water source. Tebrix Water Technology uses two proven
water treatment technologies – ozone and low or medium pressure UV systems.
Our stationary water treatment plant effectively treats water from radionuclides,
biological and chemical warfare agents, drug residues, microplastics, bacteria,
viruses. Water that has been treated with a stationary unit can even be of a higher
quality than baby water sold by regular suppliers. The water treatment plant
further removes mechanical impurities, dissolved substances and microorganisms
from the water through processes such as sedimentation, filtration, coagulation,
flocculation, biological treatment and disinfection.
This ensures that the water is suitable for drinking, industrial purposes and other
applications. The water treatment plant thus improves the quality and safety of the
water we use. The devices can be supplemented with Remote Computer
Supervision (RCS – Remote Computer Supervision.) for maximum convenience.
In smaller water treatment plants, these systems are designed to supply water to
groups of 5 or more people. In contrast, larger stationary units in larger complexes
have the capacity to provide drinking water for even thousands of people.
Stationary water treatment plants are essential for state infrastructure such as the
Parliament, Government Office, Prague Castle, Embassies, Ministries etc., they fulfill
the complex task of ensuring the continuity of water supply within strategic
buildings. Their primary mission is to prevent potential terrorist threats, such as
the targeted contamination of water supplies.
MOBILE (CONTAINER) SYSTEMS
This innovative mobile water treatment plant system is a transportable platform
that can be easily transported by trucks or towed trailers. This type has wide
possibilities of use in humanitarian projects such as refugee camps and field
hospitals, in rescue operations in areas affected by ecological accidents, natural
disasters and in infrastructure disruptions when sources of drinking water are
contaminated.
The mobile system also finds its application in the context of conflict situations,
where there is a risk of intentional contamination of water sources with biological
or chemical warfare agents and radioactive fallout. The equipment is transported
to the affected area and connected to a local source of contaminated water, from
which clean and high-quality drinking water is subsequently produced. The
application spectrum of the device therefore also extends to areas with limited
access to clean water, where it is able to solve the lack of drinking water for large
populations in a short period of time. The system enables the purification and
recycling of wastewater and is also intended for hospitals and laboratories with
specific requirements for water purity.
The equipment is designed in 20- or 40foot containers and trailers.
The mobile water treatment plant represents a highly sophisticated technological
system that demonstrates the ability to achieve water quality at a comparable level
as its stationary counterpart. This unit integrates a wide range of physical, chemical
and biological processes that are designed to correlate with technological
standards in the field of water treatment. They ensure the consistent elimination of
unwanted contaminants, turbidity, dissolved substances and the microbial
spectrum. Thanks to this, it is able to generate a water product with a high degree
of quality, which contributes to maintaining the safety of drinking water and
ensuring compliance with normative parameters of health and hygiene suitability.
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DESALINATION SYSTEMS
Desalination of seawater is a valuable tool for overcoming the problems of lack of
quality drinking water, especially in areas that are threatened by this lack.
However, it is important to implement this technology with sustainability and long-
term positive consequences for regions and the environment in mind.
Water from boreholes (salty, sweet and brackish) is filtered to the level of drinking
and utility water. Drinking water is piped to all connecting devices (washbasin,
sink, shower, bathtub, swimming pool, dishwasher, kitchen, laundry, pools,
whirlpools, etc.). Drinking water can be bottled and served under a private label in
the given hotel resort.
Raw water is filtered and purified on physical principles, without the use of
chemicals, including ozone sterilization. Comprehensive delivery incl. biological
wastewater treatment plants enable the purification of this water and its recycling
for further use.
For example, in a hotel resort in Zanzibar, the daily treatment of salt water for
drinking is 150 m3 of water, but we provide the amount of treated water according
to the customer's wishes. In addition to hotel resorts, it can be used for
manufacturing, industrial and food industries.
Treatment rooms can be located in the technical room, or they are delivered to
order in modified containers. Each modification is approached individually, and
claims are calculated separately for each modification shop, technical support and
warranty and post-warranty service are a matter of course.
