FOR LIQUID DIGESTATE01
RM Digestate Dryer
A plate-belt drying system that remixes liquid digestate without a separator and creates a granular product that retains high NPK content.
Technical details →FROM WASTE TO VALUE, EFFICIENT TECHNOLOGY
We transform organic waste into valuable resources.
Waste-heat-driven, low-temperature and fully automatic plate-belt drying systems for biogas digestate and sewage sludge.
SOLUTION AREAS
From waste management to low-temperature drying.
We bring integrated processes and drying technologies together in one engineering approach tailored to your site.
FROM WASTE TO VALUE, EFFICIENT TECHNOLOGY
Not a single machine, but a measurable process as a whole.
GreenTech Türkiye combines material feeding, drying, heat recovery and air cleaning around your plant capacity, waste-heat source and available footprint.
24/7Automatic operation
85%+Dry-matter target
2-3 mBelt width
PRODUCT FAMILY
Drying systems specialised for your material.
Each system is configured around capacity, material characteristics, available heat and plant layout.
FOR LIQUID DIGESTATE
FOR SEWAGE SLUDGE02
KS Sludge Dryer
A system that spreads dewatered sludge evenly with a travelling pasta dosing head and creates a homogeneous dry product using low temperature and waste heat.
Technical details →SPECIALISED SOLUTIONS
Two waste streams, two dedicated feeding approaches.
The RM system remixes liquid digestate with dried product. The KS system spreads dewatered sludge evenly with a travelling pasta dosing head. Both approaches remove moisture with hot air and target a consistent end product.
- RM: remixing without a separator
- KS: travelling dosing head with replaceable dies
- Modular sizing for capacity and footprint
PLATE-BELT TECHNOLOGY
Low air speed, a deep product layer and long service life.
Galvanised and powder-coated perforated steel plates move on a chain system. Heated outside air is drawn through the product layer; at the belt ends, product drops to the lower pass for efficient use of drying surface.
- Low energy consumption
- Compact and flexible design
- Low maintenance requirement
- Automatic floor cleaning
INTEGRATED MODULES
Recover heat and clean exhaust air.
Heat recovery uses the temperature remaining in exhaust air to preheat incoming air. Biological or chemical air-cleaning stages reduce ammonia, odour and dust after drying.
- Air-to-air heat recovery
- Water-to-air heat exchangers
- Biological or chemical air cleaning
SITE-SPECIFIC LAYOUT
Designed around your footprint and logistics.
Storage, input and output points, service roads and the existing building define the layout. Modules can be placed side by side or stacked to reduce footprint.
- Hall or container solution
- Open-bunker management with Toploader
- Turnkey integration
Contact
Let us assess your material, capacity and heat source together.
Share your project data for an initial process review.