Geo-scientific Decision Support System for geographical planning, treatment and analysis of drainage-technical tasks in the water management of settlements
DYNA - the most modern procedure for the hydrodynamic computation of sewer systems by the complex parallel step method
A result of our consistent research and development is the dirt freight module FLOW++ based on hydrodynamic discharge computation
The method for sewer condition classification and determination of status priorities after the Pforzheimer Model
The tool for consistent, interdisciplinary evaluation of assets as well as collection and administration of the property
The object-oriented module for hydrodynamic long-term simulation - holistic administration, representation and evaluation of water supply networks, as well as all other fluid media
Geo-scientific help for decision making for the representation, inventory administration and computation of gas supply networks
tandler.com is an independent, internationally acting enterprise for software development and consulting.
For a quarter of a century it has been and still is our objective to make a lasting contribution to the environmental and water protection and therewith to save the health of man and nature by providing the ideal information-technical basis.
We develop efficient, ultramodern software solutions which satisfy all requirements of the ranges of water and recycling management. ++SYSTEMS sets new standards for the holistic interaction with geo-scientific information and innovative procedures.
In order to accomplish the update on version 8, you may need to perform some additional installation steps. Please note the update guidance.
up to 200 elements incl. training
(1 Pers. & 1 Day, in Germany)
All programm packages unlimited
„Since we have started to use ++SYSTEMS, we not only save money but also nerves. The universal applicableness, the concise representation, the simple and precise handling, as well as the immediate availability of all necessary parameters provide all possibilities for the user to satisfy the entire demands of a modern drainage enterprise, both in technical and in economical view, in an optimal way.”
Dipl.-Ing. Martin Neumann,
Mülheim a. d. R.