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[...]Using wastewater heat for heating and cooling buildings Wastewater heat recovery Use of wastewater as a sink for cooling buildings Sustainable building heating CO 2 -free heating and cooling The supply for heating buildings and for local and district heating networks is usually provided by combined heat and power plants in which fossil fuels are burnt. For economic and ecological reasons, fossil fuels are being reduced more and more. The temperature and heat potential in municipal and industrial wastewater offers the possibility of being utilized, provided that suitable and resistant heat [...]

[...]Manchester, United Kingdom[...]

[...]Floods are a growing and serious threat. With rising sea levels and increasing weather extremes, the frequency and intensity of flooding is increasing worldwide. These natural disasters not only endanger human lives, but also cause considerable damage to infrastructure, property and the environment. Given this reality, it is crucial to take flood prevention measures and implement solutions such as flood-proof doors to minimise the risk and impact of flooding. HUBER Flood-Proof Exterior Door TT6 HUBER has focussed its attention on the development of flood resistant doors and already has a product[...]

[...]Current situation In industrial production, products are typically manufactured from raw materials using water and external energy. In addition to residual and waste materials, used water and not inconsiderable amounts of surplus energy in the form of waste heat are usually generated. In addition to immediate reutilisation of the heat energy within the production process and/or direct discharge from the system via separate cooling systems such as cooling towers, larger amounts of heat are also discharged via the wastewater. Increasing demands on discharge quality requirements Particularly in[...]

[...]Mooresville, North Carolina, USA The ninth belt dryer project was sold in the USA in 2022. The USA has thus established itself as the second largest belt dryer market in the HUBER Group. There is no doubt that the foundation stone for this success was laid in the Mooresville belt dryer project in North Carolina: This year we are celebrating 10 years of operation of the plant in Mooresville. The BT 20 belt dryer (formerly known as BT 5-2) serves the wastewater treatment plant with a maximum capacity of 28,400 m3/d (7.5 MGD). Since its commissioning in 2013, this dryer has made a significant [...]

[...]Access door for buildings in potable water supply where chlorine gas is stored or used Chlorine room door, ready for installation, single door, double skinned, completely made from 1.4404 (AISI 316 L) stainless steel, with double rubber seal, the door and frame closing flush, the door opening to the outside (in escape direction), in accordance with UVV and DVGW standards. Door, skin: 1 mm , 55 mm thick, with injected CFCs-free polyurethane hard foam insulation, longitudinally ground surface finish, door inside lacquered in RAL 9006 (stainless steel look), with rubber seal. Fastened to the frame[...]

[...]Access door for buildings in the field of potable water supply and wastewater disposal with average security requirements Door, ready for installation, double door, double skinned, completely made from 1.4307 stainless steel (AISI 304 L), with double rubber seal. The door leaves and frame closing flush, the fixable and swing leaf opening to the outside (in escape direction). Door leaves, skin: 1 mm , 55 mm thick, with injected CFCs-free polyurethane hard foam insulation, longitudinally ground surface finish, with rubber seal. Fastened to the frame with stable maintenance-free hinge plates. Mortise[...]

[...]Access door for water chambers, ready for installation, single door, double skinned Completely made from 1.4404 stainless steel (AISI 316 L), with double rubber seal. The door and frame closing flush, the door opening to the outside (in escape direction). Door leaf, skin: 1 mm , 55 mm thick, with injected CFCs-free polyurethane hard foam insulation, longitudinally ground surface finish, door seal certified to KTW and DVGW W270 standards. Fastened to the frame with stable maintenance-free hinge plates. Mortise dead lock completely made from stainless steel according to DIN 18251, class 3, provided[...]

[...]Access door for buildings in the field of potable water supply and wastewater disposal with average security requirements. Door, ready for installation , single door, double skinned, completely made from 1.4307 (AISI 304 L) stainless steel, with double rubber seal, the door and frame closing flush, the door opening to the outside (in escape direction). Door leaf , skin: 1 mm, 55 mm thick, with injected CFCs-free polyurethane hard foam insulation, longitudinally ground surface finish, with rubber seal. Fastened to the frame with stable maintenance-free hinge plates. Mortise dead lock according[...]

[...]Prefabricated manhole, completely made of 1.4307 (AISI 304 L) stainless steel Watertight, with entrance and installation opening in accordance with DVGW Standard W 122. Completely shielded arc welded, acid-treated in a pickling bath and passivated, including all built-in components. Completely stainless steel - offers long life and hygiene Absolutely water-tight - no danger of leakage Bottom made of tear pattern plate (slip resistance R 11 in accordance with DIN 51130) with inclination to the pump sump For bolted fixing on a customer-provided concrete foundation (required for watertight [...]