OBERMEYER Planen + Beraten GmbH services

Our team of architects and engineers, landscape architects and urban planners has been successfully ensuring the efficient implementation of building projects at home and abroad on behalf of OBERMEYER for about 50 years. The holistic planning service provided by OBERMEYER is founded on the concerted, interdisciplinary cooperation between all the technical departments and the open discussions generated by the various project teams. Of particular importance in the context of holistic planning are, besides quality management, the production of forward-looking and above all individual solutions as well as the consideration given to sustainable, resource-saving and economic principles.

Engineering structures to the satisfaction of the customer, for the benefit  of the population and in accord with the environment and landscape.`Since the foundation of OBERMEYER, it is the company`s objective to successfully meet the complex planning requirements in all specialist sectors of civil engineering.

The aim of an airport master plan is to obtain a sustainable, modularly viable plan for the airport as a whole. It is based on a preceding air traffic forecast and covers all relevant aspects such as airside areas, passenger terminals, cargo, technical infrastructure and landside traffic development. The airport master plan shows the specific area demand and enables short and long term extension and construction measures.

An intact environment is a basic necessity of life for this and future generations. Our planning in the field of water and waste management pursues the objective of conserving the quality of life and the environment. We also strive to bring man’s needs into accord with the preservation and reclamation of natural habitats.

Sewage treatment is primarily aimed at keeping our above-ground water courses and the groundwater clean. Against the background of the ever-tighter statutory regulations in respect of the efficiency of sewage treatment facilities and the need to save energy it will continue to be important to construction new facilities, as well as improve and rebuild existing facilities, in the future.

In large-scale treatment plants sewage sludge is almost exclusively treated anaerobically. By employing supplementary treatment stages such as pre-dewatering or sewage sludge disintegration it is possible to optimize construction and operating costs.The high-energy digester gas produced by the sludge digestion is usually used by OBERMEYER in power-heat coupling systems such as combined heat and power (CHP) plants, microgas turbines and fuel cells.

The goal of modern waste management is: avoid - recycle - dispose of waste.OBERMEYER has been engaged in the various aspects of waste management for over three decades. While initially the emphasis lay on the disposal of waste, planners very soon began to concentrate on separate waste collection. Today the overriding aim is to control material flows and save resources.

Site development planners are faced with the growing demand for land on the one hand and the aspiration for a sustainable, resource-saving husbanding of natural resources on the other.OBERMEYER regards traffic planning for roads and railways, the planning of technical infrastructure for media supply and disposal as well as the near-natural configuration and landscaping of open spaces and recreational areas as a whole.

The bearing structure gives a building its stability and ensures its serviceability throughout its service life. Our structural planning services are always attuned to the intended use of the building: efficiency, robustness and the opportunities for subsequent conversions are at the fore. The architectural design parameters are also decisive.Apart from the design of new structures, maintenance is assuming an increasingly important role. Modernisations and conversions, frequently taking account of the rules for the protection of historic buildings, issue a great challenge to the art of engineering. In inner-city areas complex solutions for construction site enclosures and the underpinning of adjacent buildings are often necessary.