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A technical, solid and flexible approach
We have developed a distinctive design method, applicable to both the creation of new systems and the optimization of existing ones.
Our work is based on six fundamental principles that guide every phase of the design process: flexibility, efficiency, reliability, layout robustness, process optimization, and careful selection of materials and components. This approach allows us to offer effective, customized, and long-lasting technical solutions.
Flexibility
Our systems adapt to heterogeneous and time-varying materials thanks to a thorough analysis of the expected fuels and a customized combustion scheme. We design customized solutions that are much more flexible than standard systems.
Efficiency
We design custom systems based on the energy content of the fuels: from tubular-walled boiler furnaces, ideal for high-calorie materials, to more flexible refractory solutions. With innovative solutions, we guarantee uncompromising efficiency.
Avaiability
We design robust and reliable systems to ensure maximum operational availability. Every choice, from materials to layout, is designed to reduce unplanned downtime, improve safety, and contain costs related to unavailability.
Optimized Process
We optimize every stage of the process to ensure energy efficiency, complete combustion, and reduced pollutants. Even with low-calorific value fuels, we always aim for self-sustainability and maximum efficiency.
Sound Plant Layout
We design functional plant layouts, designed to simplify operations and maintenance. From vehicle access to the layout of boilers, loading bays, and storage areas, every detail is carefully considered to ensure efficiency, safety, and operational continuity.
Reliability
We design reliable systems, capable of handling any operating condition. The choice of materials, construction solutions, and redundant systems ensures continuity and safety, even on small systems. Nothing is left to chance: every detail helps reduce risks and maximize system life.
Engineered systems for each phase of the project
From design to commissioning, W.T.E. Waste to Energy develops and provides advanced technological solutions for every phase of the plant process. Our expertise covers the entire process of energy recovery, from combustion to thermoelectical conversion, to flue gas cleaning system. Each system is the result of careful engineering, tailored to the customer’s needs and the goal of achieving maximum efficiency, safety, and sustainability. Discover in detail the technologies we design, install, and customize to optimize the performance of your systems.
Furnaces
We design furnaces that combine efficiency and flexibility, following rigorous technical criteria and a three-phase approach to ensure optimal performance tailored to every need.
Boilers
We design high-efficiency boilers for steam, superheated water, and thermal oil, optimized for operating with municipal solid waste and highly chemically aggressive flue gases. Reliability, durability, and high performance up to 500°C and 80 bar.
Thermal Cycles
We design and install custom thermal cycles for waste-to-energy, biomass, and power plants, optimizing heat recovery with fluids such as steam, thermal oil, or organic fluids, depending on specific needs.
Process Control
The regulation and control of the combustion process play a significant role, ensuring the efficiency of operations, the right answer of the plant face to periodical or instant variations in the characteristics of materials employed as fuel, and the compliance to regulations over emission limits.
Flue Gas Cleaning
We design advanced fume purification systems that comply with the strictest industrial regulations. Our solutions reduce polluting emissions while optimizing investment and operating costs.
Want to know how we can support your project?
We’re always ready to listen to new ideas, take on new challenges, and find customized solutions together.