Turbine-Powered
Solid Waste

Drying Technology.

Advanced moisture reduction systems engineered for extreme industrial environments. Optimizing processing efficiency through precision thermal dynamics.

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THE CHALLENGE

Moisture Changes Everything

High moisture content can make solid waste heavier, more difficult to process, and less efficient to handle, transport, and recover.

01 // Challenge

HIGH MOISTURE

Water content increases waste weight and volume.

02 // Challenge

PROCESSING CHALLENGES

Wet waste can complicate sorting, handling, and subsequent processing.

03 // Challenge

LOWER EFFICIENCY

Excess moisture can increase energy and operational requirements.

Introducing VENTRA

Drying Waste. Improving Efficiency.

VENTRA is Krigsmann's turbine-powered solid waste drying technology, developed to efficiently reduce moisture content and prepare waste for improved downstream processing and recovery.

TURBINE POWER

Advanced turbine-driven drying technology.

MOISTURE REDUCTION

Designed to reduce moisture content in solid waste.

PROCESS EFFICIENCY

Prepare waste for more efficient downstream processing.

SCALABILITY

Designed for industrial-scale applications.

From Wet Waste to Process-Ready Material

FEED

Solid waste enters the VENTRA system.

DRY

Turbine-powered airflow facilitates the drying process.

REDUCE

Moisture content is reduced.

PROCESS

The resulting material can be directed toward subsequent processing or recovery.

The Technology Behind VENTRA

Harnessing Turbine Power for Waste Drying

VENTRA utilizes turbine-powered airflow as the driving force for its drying process. By controlling the movement and distribution of air through the waste stream, the system is designed to facilitate efficient moisture removal.

AIRFLOW

Controlled movement of air.

HEAT TRANSFER

Efficient transfer of thermal energy where applicable.

MOISTURE REMOVAL

Reduction of water content.

MATERIAL FLOW

Continuous movement through the processing system.