Waste to X

Monitoring & Optimisation

Optimise your asset to improve the efficiency and performance by monitoring, predective maintenance, and expert audits.

Monitoring and optimisation for profitable operation

Plant operation is supported through continuous operation monitoring and targeted optimisation measures, with a focus on availability, performance stability, and compliance. Activities are aligned with local requirements and regulatory frameworks.

The scope includes performance monitoring and analysis, operational optimisation measures, predictive maintenance support, and efficiency improvements. All activities are based on plant-specific operational data and state of the art technical know-how backed by R&D.

Enhanced efficiency

Continuous monitoring and optimisation measures improve operational efficiency and stabilise plant performance.

Operational availability

Early detection of deviations supports timely intervention and helps reduce unplanned downtime.

Optimised productivity

Optimised operation supports higher productivity while controlling operating and maintenance costs.

Monitoring and data-based assessments support early detection of deviations and enable timely maintenance measures before failures occur.

Operational data is monitored and analysed to identify performance trends, inefficiencies, and optimisation potential.

Targeted optimisation measures improve overall plant performance within existing technical and operational constraints.

Process adjustments and operational recommendations support stable operation, improved workflows, and cost-efficient plant use.

Training and structured documentation support safe operation, knowledge transfer, and consistent application of operating procedures.

Waste to X

Related technologies

Grate combustion systems

The combustion system is the best-proven thermal waste treatment technology for mixed municipal, industrial or hazardous waste, and the heart of any modern, state-of-the-art waste to energy (WtE) plant.

Hazardous waste treatment

Treating hazardous waste is about the safe incineration (destruction) of the dangerous material contained in the hazardous waste. Moreover, issues such as the circular economy and energy recovery are also increasingly important.

Flue gas treatment

Incinerating waste produces exhaust gases laden with diverse pollutants. Different processes are used to remove these pollutants before the purified flue gas leaves the plant safely through the stack.

Carbon capture

Capturing carbon dioxide (CO2) from the flue gas produced in hard-to-abate industries and properly storing it (a process called carbon capture and storage or CCS) is a key component of most governments’ net-zero strategies.

Energy recovery

Recovering the energy content of waste is a key component of WtE technology. Since the process is largely renewable and involves only a low level of emissions, it also helps significantly reduce greenhouse gases.

Residue treatment

Thermal waste treatment produces residues which can be either reused or landfilled. The principal components are slags and ashes, consisting mostly of non-combustible waste constituents such as glass, minerals or scrap metals.

EcoFlex™ WtE plant solution

The new pre-engineered EcoFlex^™solution provides a modern waste infrastructure based on proven in-house technologies, allowing a cost-optimised design of single-line Waste to Energy plant construction and operation.

Digital solutions

Kanadevia Inova Pulse

The digital heartbeat of your plant

Designed around flow, intelligence and human needs, Kanadevia Inova Pulse unifies Kanadevia Inova’s most advanced technologies into one intuitive ecosystem. It listens, learns and acts - reducing complexity, extending asset life and empowering teams everywhere. More than a platform, Pulse is your operational nerve centre, keeping your plant performing at its best.

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