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A real engineering challenge.
For bridges built of, for example, reinforced and prestressed concrete, steel, or wood
- New planning of bridges, including road and rail planning, from the definition of the task through analysis of alternatives to the finished tender documents
- Obtaining the necessary approvals and opinions for acquiring the construction rights
- Rehabilitation planning for bridges, examination of structural materials, rehabilitation concepts, and tender documents
- Drafting and implementation planning for bridges Bridge inspections according to DIN 1076 (simple inspections, main inspections, and special inspections)
- Processing of bridge logs in accordance with DIN 1076
We know the loads that such structures are subject to. It is essential to test bridges and engineering structures regularly according to DIN 1076 in order to ensure that these structures remain safe and fit for use over the long term. This is everyday business for the experienced engineers in our bureau. They carry out tests, and write test reports and structure log books. New knowledge is compared with existing data, and reliably documented in the "SIB-Bauwerke" program. The range of services covers not only the testing of individual structures, but also long-term inspection and testing at the intervals specified by DIN 1076. The bridges and engineering structures we have tested during the last 15 years are a testament to the acknowledged, consistently high quality of our work.
HI Bauprojekt GmbH has the specialists to plan optimal solutions tailored to meet the needs of the customer. Planning to comply with the latest directives, for example the energy saving and drinking water regulations is our everyday business. We can also apply our know-how to optimise existing systems and so achieve cost benefits for our customers. The planning of energy generation plants has to pay attention to optimising the layout. The exploitation of waste heat is playing an ever more important role. We can plan all the ancillary plants for industrial projects according to the requirement profile and the production requirements, and we also take availability and security of supply into account.
The technical engineering involved in planning and constructing clean rooms places the highest demands on the air-conditioning and filtering systems. It is vitally important to minimise the particle load and maximise the chemical purity.
EPC plans all the production processes in a clean room layout with the aid of a list of mechanical equipment (MAL), so it can then design a ventilation system for the rooms that meets the high requirements of the ISO or GMP clean room classes. Before the clean rooms are commissioned, EPC qualifies the clean rooms and ventilation systems according to the relevant national guidelines.
The planning of outdoor swimming baths pays particular attention to exploiting solar energy. For example, installing solar mats on the roofs of the changing rooms and technical equipment buildings generates hot water for the sanitary facilities, without requiring additional heating. Larger roof areas can generate enough hot water to heat the water in a pool, for example the children's pool.