Our Solutions

Proven drying and dewatering technologies engineered for maximum efficiency

The Challenge

The Hidden Cost of Sludge Management

Industries lose millions annually in sludge handling from transportation and disposal to compliance penalties. Here’s where the real cost hides.

High Transportation Costs

Wet sludge is heavy and expensive to transport. Volume- based logistics drain operational budgets continuously.

Disposal Expenses

Landfill costs are rising while regulations tighten. Every ton of untreated sludge becomes a growing financial liability.

Compliance Risks

Environmental regulations demand responsible sludge handling. Non-compliance invites penalties, shutdowns, and reputational damage.

Operational Inefficiency

Manual sludge handling ties up labor, equipment, and time reducing plant throughput and creating safety hazards.

Why It Matters

Our Solutions

Industrial sludge management drains resources through high transportation costs, disposal inefficiencies, operational downtime, and increasing regulatory pressure.

Continuous Drying System

Multi Screw Press

Continuous dewatering system using a screw mechanism to efficiently reduce moisture content of high-volume sludge with stable performance and low energy consumption.

Capacity

1–240 m³/hr

Outlet solids

20-22%

Key Features:

0.2–5% Inlet DS Range

Self-cleaning mechanism

Low power consumption

Self-contained dosing system

High Efficiency Thermal Drying

Hollow Shaft Paddle Dryer

Thermal drying system using hollow shafts and paddles for uniform heat transfer, designed to reduce sludge moisture to low levels with high thermal efficiency and controlled operation.

Capacity

0.1–50 TPD

DRYING

90–95%

Key Features:

safe and odor-controlled operation

lower area footprint

Closed operation

High heat transfer efficiency

Enclosed Composting

Bio-Tunnel System

Advanced biotunnel composting systems designed for controlled aerobic fermentation of organic waste. Enables efficient conversion of sludge and biomass into high-quality fertilizers with automated operation.

Capacity

8–42 M3 per cycle

Drying

40% volume reduction

Key Features:

Controlled aerobic composting process

Automated turning and aeration

Handles diverse organic waste

Continuous or batch operation

Continuous Drying System

Multi Layer Mesh Belt Dryer

A conveyor-based drying system where material passes through multiple mesh belt layers inside an enclosed chamber. Heated air flows through the material bed, enabling continuous and uniform moisture removal across all stages.

Capacity

500–5000 kg/hr

Efficienc

75-85%

Key Features:

Controlled Drying Conditions

Continuous Operation

Flexible Configuration

High Thermal Efficiency

Sustainable Drying Solution

Solar Sludge Dryer

Greenhouse enclosure based solar drying system utilizing natural solar energy & local climatic conditions for cost-effective sludge volume reduction with automated turning mechanism to reduce sludge moisture through solar irradiance and controlled airflow and fully automated operation.

Capacity

0.5–100 TPD

Drying

Up to 90% Dry Solids

Key Features:

70–90% volume reduction

Electric Mole for automated sludge turning

PLC with ClimaControl software

Minimal operating energy cost

Get Started

Need Help Choosing the Right Solution?

Our engineering team can help you select the optimal drying technology for your specific requirements