On our YOUTUBE channel, you can view a video of our technology by clicking on the image below.
The material is constantly updated with new reports from the implementation. We encourage you to visit us regularly on our channel.
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We are pleased to announce that we will be present at this year's edition of the SAIE 2022 Fair, as part of the joint stand of Polish companies, organized by the Polish Investment and Trade Agency. The fair takes place in Italy, in Bologna.
Date of the event: October 19-22
Location of the event: BolognaFiere exhibition center, Piazza Constitution 6 - 40127 Bologna - Italy
You can visit us at the joint stand of the Polish Investment and Trade Agency: PAVILION 30, row B, No. 86.
Below is a map showing our location:
The advantages of our technology of construction of underground, precise sewage networks have already been appreciated outside our country. In order to meet customer expectations, we decided to enter new world markets with innovative technology by participating in this year's edition of the international BAUMA 2022 fair. This fair is the most important event for the construction industry from around the world. An indispensable part of them is the sector related to the trenchless construction of underground precise gravity networks.
The fair takes place from October 24 to 30, 2022 at the Munich Trade Fair Center.
At our stand, we will present a complete set of devices related to our technology, allowing the construction of fully trenchless precision gravity channels, in densely built-up places, in particular communication routes important for the functioning of the city. Our technology allows for the production of precise gravity channels: connections and elements of collectors, without the need to interfere with any element of the existing infrastructure: building, road, sidewalk, railway or tram tracks. This greatly reduces the time and cost of construction, and above all reduces the social costs associated with the temporary exclusion of work areas from traffic.
The pictures below show the location of our exhibition stand, marked with the number 620/6. We invite you to visit us.
Trenchless construction of a gravity rainwater drainage channel made of TERMA PP315x17.9x600 / 700 modular pipes at a depth of 9.8 m below ground level
Installation by gravity drilling with the use of modular pipes between the existing concrete wells.
Trenchless construction of a sanitary sewage system from pipes:
Construction of a gravity channel made of 225x13.8 PP pipes with the use of gravity drilling technology
Execution of sanitary installations by gravity drilling with the use of PP modular pipes
Execution of the channel by the gravity drilling method with the use of modular pipes between the existing concrete wells.
Execution of the channel by the gravity drilling method with the use of modular pipes between the well and the service and residential building. Execution of a water supply connection to a residential building using the gravity drilling method.
We have a highly qualified team that, with the help of our machines, has completed hundreds of new installations and renovations.
We operated wherever other companies did not undertake the implementation of projects due to equipment shortages, lack of such extensive experience in unusual conditions and the risk.
Our technical resources, including drilling equipment, are constantly evolving, adapting to new challenges, and the current state of knowledge and technology allow us to say that there is no investment that we would not undertake.
We have a highly qualified team that, with the help of our machines, has completed hundreds of new installations and renovations.
We operated wherever other companies did not undertake the implementation of projects due to equipment shortages, lack of such extensive experience in unusual conditions and the risk.
Our technical resources, including drilling equipment, are constantly evolving, adapting to new challenges, and the current state of knowledge and technology allow us to say that there is no investment that we would not undertake.
