LOCAL SLUDGE DRYING
DECENTRAL:
Patented mobile sludge drying plants are a state-of-the-art solution for the efficient and sustainable drying of wastewater treatment residues, commonly known as sewage sludge. A unique, turnkey solution for drying wastewater on site.
ADVANTAGES:
- Exceptionally energy efficient, with consumption equivalent to that of a single domestic hair dryer.
- Real-time monitoring and control systems allow the operator to control the drying process remotely, optimising performance and reducing operating costs.
- Designed to minimise maintenance requirements, the system ensures cost-effective, trouble-free operation with an uptime of 99.9%.
PROBLEMS SOLVED:
Inefficient transport: Conventional sewage sludge disposal methods require the water-heavy sludge to be transported to distant plants, resulting in high CO2 emissions, energy and logistics costs.
PROFITS ACHIEVED:
Efficient drying on site: DKT's mobile drying system eliminates the need to transport wet sludge. Drying takes place quickly and energy-efficiently at the place where the sludge is produced.
Continuous optimisation: Equipped with 24/7 control and optimisation technology, the system guarantees an exceptional uptime of 99.9 %.
GASIFICATION FOR IMPROVED ENERGY PRODUCTION
GREEN ENERGY:
DKT's proposal for energy production focuses on the use of gasification, a highly efficient process that converts sewage sludge into green energy. DKT's approach, which utilises gasification, achieves significantly higher efficiency in energy production (75-80%) while reducing harmful emissions. The gasification process recovers valuable materials, including fertilisers, from sewage sludge, contributing to sustainability and resource utilisation.
PROBLEMS SOLVED:
Inefficient incineration: Conventional sewage sludge incineration methods are less efficient and produce lower energy yields (50-60 %) and higher air pollutant emissions.
PROFITS REALISED:
- Efficient energy generation: DKT's approach, which utilises gasification, achieves significantly higher efficiency in energy production (75-80%) while reducing pollutant emissions.
- Resource recovery: The gasification process recovers valuable materials, including fertilisers, from sewage sludge, contributing to sustainability and resource utilisation.