Sewage waste water Heat Recovery Systems (Energy Saving Product)

HEAT PUMP APPLICATION IN THE SYSTEMS FOR WATER HEATING THROE RECOVERY OF WASTE WATER TEMPERATURE
Additional Description     

HEAT PUMP APPLICATION FOR: Hotels, marinas, auto-camps, hospitals, other facilities or building with central heating systems which have a high consumption of hot water.

   1. EXAMPLE HEATING WATER FOR NEEDS OF AUTO CAMP


The heat pump system installed for the heating water in a sanitary block of auto-camps.

The system uses the waste water warmth of sanitary block. The heat pump lifts a

Temperature level of sanitary water to a wanted level and then goes to the drain on

Cocks.

The system is designed according to:

Maximum of guests per day:                                        400

Average guest hot water consumption per day          70-100 liters

Average hot water consumption daily summary          34 m3

Technical data:

Heating power                                                         110 kW

Electrical power                                                       25 kW

Maximum water temperature                                     65-70 Celsius

Designed average water temperature                          40 Celsius

Average hot water capacity at 40 Celsius                     4 000 l/hour

5.

ADVANTAGES
Energetically optimal choice, minimal consumption of work energy-generating products with maximal heating effect. For the same heating effect this system needs 5-6 times less energy than the electrical or oil boiler plant.  
Financial effects of using heat pump gives 5-6 times lower energy expenses. That means that, in comparison with other systems, the investment in the heat pumps pays of in 3-6 years time.
It depends on energy price and hot water consumption.  
Ecologically, application of  this system means 5-6 times less CO2 and other gases in the atmosphere. The waste water separator, which this system uses, prevents draining of unwanted different solid materials in the main drain pipes systems.
Heat recovery from lower temperature waste streams (e.g., hot water or low-temperature flue gas) Equipment is not fouling, occurring during the handling of -dirty- waste streams, is another barrier to more widespread use of heat recovery systems. Innovative, affordable waste heat recovery methods that is ultra-efficient, are applicable to low-temperature streams and suitable for use with corrosive or -dirty- wastes as well as improved against performance of existing applications.


We are offering technology transfer (know-how) or retail for distributors.

For more info give us a call or e-mail.Our system just received national award for project GreenBuilding Croatia and automatically is candidate for European GreenBuilding award which will be in April 2010. In Frankfurt Germany
at light-building. messefrankfurt. com , this was announced yesterday by Croatian National Energy Institute Hrvoje Pozar:

  


Margareta Zidar, dia
Odjel za obnovljive izvore energije
i energetsku efikasnost
Energetski institut Hrvoje Poar
Department for renewable energy sources and energy efficiency
 Croatian national Energy institute Hrvoje Poar
Savska cesta 163, HR-10000 Zagreb
tel. +385 1 63 26 108
fax. +385 1 60 40 599
 eihp. hr
greenbuilding-hr. com

Sewage waste water heat recovery application systems.