HZI Steinmüller delivers proven and market leading chute to stack Waste to Energy technologies capable of meeting and exceeding the strictest environmental standards with single line capacity up to 400,000 tons per annum.
Waste bunker: The waste delivered is stored in the waste bunker (1) and homogenised by the crane. The crane then transports the mixed waste to the feeding hopper (2). Via the chute the waste arrives at the feeder (3) which pushes the waste onto the combustion grate in accordance with the firing control requirements.
WE DEVELOP DESIGN SUPPORT BUILD A CLEANER FUTURE
FULL OF ENERGY
The unique steinmüller.boiler is the key player in the energy recovery process: our boiler systems are efficiently producing steam under various conditions regarding corrosion, slagging, stress, part load conditions and overall system dynamics.
ALWAYS ON FIRE
The performance and robustness of a Waste to Energy plant heavily relies on the combustion grate, often referred to as the heart of the plant. Our grate has demonstrated its robustness and reliability for many years in many reference plants and offers excellent fuel flexibility for all types of waste and is available in both air- and water cooled configurations.
OUT OF THE ASHES
DRY X TRACT
Waste to Energy highlights the abundance of resources available for extraction. The treatment not only recovers thermal energy, but also leaves behind residual substances, such as ash and slag. These solid materials form around 25% of the raw waste, however, a large proportion can be recycled with the help of our Dry X Tract System.
To improve efficiency in the plant, the HZI Steinmüller active.ignite System was developed for monitoring and adaptive optimisation of combustion. Our system automatically adapts to changing waste flow, waste composition and steam demand.