The basis of a well-functioning wastewater treatment plant vegetation is growing mechanical pretreatment for maximum retention of floating and settleable solids. Following filtration wetland vegetation removal of organic contamination, pollution ammonia, phosphorus, sulfur, heavy metals and other contaminants.

In January 2014, issued a revised CSN 75 6760, which is in the Czech Republic national standards for drainage systems. The revised standard supplements the requirements of European standards EN 12056-1 to 5 and BS EN 752 and is valid from 1 February 2014. ČSN 75 6760 pays for water drainage systems, which is owned by the owner of the property and is located inside and outside buildings.

In January 2014, issued a revised CSN 75 6760, which is in the Czech Republic national standards for drainage systems. The revised standard supplements the requirements of European standards EN 12056-1 to 5 and BS EN 752 and is valid from 1 February 2014. ČSN 75 6760 pays for water drainage systems, which is owned by the owner of the property and is located inside and outside buildings.

This article focuses on the issue of creation of operating rules that pertain to the field of operational documentation. Operating rules are an essential part of the efficient operation of the property. This article is targeted to the content site of operating rules by various functional use of objects. A method of operation of the building affects the composition of future operating rules. In this article, the individual include the composition and structure defined according to the method of use of the building.

In January 2014, issued a revised CSN 75 6760, which is in the Czech Republic national standards for drainage systems. The revised standard supplements the requirements of European standards EN 12056-1 to 5 and BS EN 752 and is valid from 1 February 2014. ČSN 75 6760 pays for water drainage systems, which is owned by the owner of the property and is located inside and outside buildings.

Three systems dedicated purely for heating of water - one solar thermal and two different photovoltaic - were compared under comparable climate conditions and heat consumption. The comparison was made using simulation software TRNSYS. Subsequently, based on several bids, economic comparison of the three systems was made.

The paper describes the construction of a drainage system Triton and gives examples of its use in water treatment in the Czech Republic. In the world the system is used for over 10 years, but in our country since 2010. The first use of system Triton was at the water treatment plant Štítná nad Vláří, the other is at the water treatment plant Kroměříž.

The Optical fiber DTS (Distribution Temperature Systems) are unique distributed temperature systems using optical fiber as a sensor. For their function they use nonlinear effect in optical fiber (Raman nonlinear effect, Brillouin nonlinear effect). In its activities using the nonlinear effect in optical fibers (Raman nonlinear phenomenon Brillouin nonlinear effect).
The advantages of such a sensory system consisting of immunity to electromagnetic radiation are small, they can be safely used in flammable and explosive environments and can be easily installed.
Fiber-optic DTS can therefore be advantageously used in such environments and processes where the threat to human health or adverse frequent access. Such environments include sewer networks and associated facilities.
This article deals with the possibilities of using DTS optovláknového for locating illegal discharge of waste water into storm drains.

Decree deals with insulation for the distribution of heat and hot water, but does not prescribe anti-condensation insulation thickness, t. j. Insulation for cold water distribution pipes and cooling ventilation and air conditioning.

About 5% of the total delivered energy consumption in Germany is used for water heating. Referring to buildings, the percentage of the delivered energy consumption for domestic hot water is about 11%. Due to continuous efforts to reduce the heating demand of buildings the percentage of energy used for hot water supply will increase decisively during the upcoming years. This tremendous amount of energy in the waste water is usually discharged unused in the sewage system. In order to achieve the European objectives of climate protection waste water heat recovery provides an enormous and for the most part unexploited potential to develop resource-efficient heating devices in buildings.

In the last years, we indicated progress in use of alternative methods for drainage. Thanks to information from abroad we started designing vacuum and pressure methods of drainage instead gravity ones. The main content of this script is especially to point out deficiencies of nowadays used alternative methods for drainage which we can defuse. Another important part is also the design of suitable technical indicators describing these drainages.

Field of study trenchless technology is historically one of the newest building industries. Selection of a suitable methods rehabilitation of the sewer network these technologies must be based on perfect knowledge the technical and operational network conditions, monitored by the operator. For this reason it is necessary to first make categorization of damages in the pipe and then may select trenchless technology suitable for the case. It is advisable to connect the draft environmental assessment technologies and the impact of wastewater on the condition and service life the sewer network.

Standard CSN 73 4108 Sanitary facilities and changing rooms from February 2013 applies to renewals and enhancements and changes in use of buildings; does not apply to equipment in residential buildings (see CSN 73 4301), a medical and treatment plants and for designing special locker, which, due to operation require special solutions.

This article describes a photovoltaic generator used for water heating and compares it with the well known solar thermal system. Photovoltaic modules can be connected to the load both directly or via a regulator that tracks the maximal power point of the modules. Measurements and simulations in meteorological conditions of Czech Republic were done to set the energy loss for a system without the regulator. It was found that without the regulator the system can deliver maximally 77 % of energy. To achieve high efficiency of the system, maximal power point tracking has to be used.

In all my articles and lectures in recent years I highlight the problems of corrosion in systems of water supply made ​​of metal. Theoretically, we all could have idea of types of corrosion in metallic materials. In the design of water supply a lot of designers overlook this knowledge as fabrications of "pundits". Their notice about inappropriate use of galvanized steel pipe for water system aren't taken seriously.

Brussels will present a plan of toilet cistern volume regulation. The European Commission follows the 2009 study that says that our toilets cause about a quarter of the water consumption of households. Read also manufacturers' responds to the forthcoming recommendations.

The aim of the research is to analyze the causes of problems for wheelchair users of public toilets. The result is an overview of research gaps disposition, construction, ergonomic, anthropometric, design and operational character.

In order to achieve carbon neutral office building is designed and recycling of waste water from the normal operation of the administrative center. Much of the processing of waste water is placed on the roof.

Solar radiation can be utilised in two basic ways. You can either gain heat from solar thermal collectors or electricity in photovoltaic panels. So far, heating of water by photovoltaics was too expensive to compete with conventional solar thermal collectors.
Weight , durability , and currently even the price of solar thermal collectors is comparable with commercially available photovoltaic modules.
Annual energy yield per unit area is approximately twice in the solar thermal collectors compared to the highest quality photovoltaic modules with cells made ​​of monocrystalline silicon, due to the higher efficiency.
In the summer the photovoltaic modules are better when the working fluid is heated to temperatures above 100 °C. In the winter the breaking point is about 40 °C. The advantage of photovoltaics is the absence of heat transfer fluid and easier transfer of energy produced to the point of use. Electricity can also be used more versatile than heat.
If the investment cost of a complete solution of heating water by electricity from photovoltaic panels, either directly or using a heat pump, is lower than the investment cost of the solar thermal system, the PV water heating can be considered as effective utilization of electricity from photovoltaic plants. Such a solution could then be included as an alternative to any grant support for solar water heating.