Our task was the planning of the engineering technology of the Kelenföld Power plant's PTVM 50 type hot water boiler's heating oil supply system. The planning was carried out on behalf of the T & S Petrol Ltd. 

During the course of the design we completed the development of the oil-heating supply system, in addition to the engineering in connection with fitting the boilers. Installation of the booster pumps (the plant's 2 units and 1 unit built in, with a shared tank) into the existing GT-2 oil-pump housing. We planned the circulation wiring up to the boilers: 1 unit of the DN80 series and 1 unit of the DN50. We completed locating the opportunities to spot lights along the lines of the new wiring, taking into account those already in place and the new holders. 

We solved the task with "traditional" tools, with 2D design processing, with plan view and technical flowchart diagrams. Isometric drawings were made for each of the pipe sections. 

The planning was carried out in the December of 2002, the construction being completed successfully. 

The design task was carried out at the Budapest Power Plant Ltd. site in Újpest. The upgrade of the plant\\\'s untreated water storage facility became necessary as a result of it having aged. Our task was the planning of the technical engineering of the power plant\\\'s untreated water storage facility. The design was carried out on behalf of T & S Petrol Ltd. 

The installation of a 400m³ storage tank became necessary, in place of the existing untreated water storage reservoir, as well as 4 pump units. As a result of the fitting it was necessary to construct news system, to replace those pre-existing, at several major and minor points of the untreated water network. The need has arisen for the client to ensure continuous and smooth operation, as an exercise to be fulfilled in the future. Continuous planning consultations needed to be conducted with the co-designers (architectural, control technologies and high-power planning). 

We solved the task with "traditional" tools, with 2D design processing, with plan view and technical flowchart diagrams. Isometric drawings were made for each of the pipe sections. 

The planning was carried out in the October of 2002, the construction being completed successfully.

Due to the expansion of the product range improvements in efficiency were needed, leading to the MOL Danube Refinery area\\\'s AV-1 Unit No.104 vacuum tower being updated. Our task was tangential to the technical engineering of the pipeline connection planning. We completed the work on behalf of Bell Ltd. 

Our task, aside from the tower conversion, was the resettlement of the heat exchanger and four pairs of pumps and the altering of some of the existing pump pipe connections. The solution to the problem required significant on-site surveying since the plant\\\'s pipeline plans were not available. The insertion of the technology into the existing pipeline system had to be solved with a scale of minimised modification and with the usage of existing pipeline system. 

We solved the task with "traditional" tools, with 2D design processing, with plan view and technical flowchart diagrams. 

The planning was carried out in the summer of 2002, the construction being completed successfully.