Sludge Dewatering Systems
Turning Waste into Value Through Smarter Engineering
Managing industrial sludge has become one of the toughest challenges for wastewater operators.
As environmental regulations tighten and disposal costs rise, companies across Malaysia are struggling with:
✓ Excessive sludge volume and high hauling costs
✓ Odour, mess, and downtime during handling
✓ Energy-intensive drying or dewatering processes
✓ Difficulty meeting DOE’s standards for sludge management and waste minimisation
Without an efficient dewatering system, even the best treatment plant loses performance — and profit.
At
Cheme Advance Services Sdn Bhd, we design and build
Sludge Dewatering Systems
that make waste handling simpler, cleaner, and more cost-efficient — transforming sludge from a burden into a managed, optimised process.
Smarter Sludge Management by Design
Every facility produces sludge differently, which means no two systems should ever be the same. We engineer solutions based on actual process data — sludge characteristics, volume, and target dryness — ensuring consistent output with minimal maintenance and chemical use.
Our integrated approach combines mechanical, thermal, and process control technologies that:
Reduce sludge volume before disposal
Lower operating costs through energy-efficient design
Minimise downtime with automated continuous operation
Support DOE compliance and ESG objectives
From food and beverage plants to recycling facilities, Cheme Advance systems are built to deliver stable, predictable performance under Malaysia’s demanding industrial conditions.
Our Dewatering & Drying Technologies
Multi-Disc Screw Press Systems
Compact, automated units that deliver high solids capture with low energy use — perfect for continuous operations in food, palm oil, and recycling industries.
Evaporator Units
Thermal concentration systems that reduce sludge moisture content for cost-effective disposal and potential resource recovery.
Low-Temperature Sludge Dryer Systems
Energy-efficient drying solutions that remove residual moisture, producing light, odour-free, and manageable solids for easier handling or reuse.
→ Together, these technologies form a complete sludge dewatering and drying ecosystem, from thickening to final disposal — practical, compliant, and sustainable.
Design Philosophy: Efficient, Sustainable, Practical
Our integrated approach combines mechanical, thermal, and process control technologies that:
Achieve high solids removal with minimal input cost
Simplify operation and maintenance
Enable circular waste recovery for ESG reporting
Meet or exceed DOE compliance standards
Our engineers ensure your system operates efficiently from day one — with support that lasts throughout its lifespan.
End-to-End Project Capability
Cheme Advance provides total design-build and lifecycle support for every system we deliver:
Sludge analysis and feasibility studies
Process and mechanical design
Fabrication coordination and installation
Commissioning, training, and documentation
Continuous performance monitoring and optimisation
Our engineers ensure your system operates efficiently from day one — with support that lasts throughout its lifespan.
Our Promise To The Future
We deliver solutions that perform with precision, reliability, and measurable value — designed to endure.
To Our Customers
We engage with purpose, promoting environmental awareness and social responsibility in everything we do.
To Our Community
We foster an open, fair, & progressive environment where learning and career growth are encouraged.
To Our Employees
We build sustainable growth on a foundation of trust, transparency, and transformation.
To Our Shareholders
We design and apply technology responsibly, ensuring every system brings us closer to cleaner air, cleaner water, and a sustainable tomorrow.
To Our Planet
2009
- Backed by Malaysia’s Ministry of Agriculture for the first cultivation plant
Key Milestones
20+ years
of proven environmental engineering experience
137+ completed industrial projects across Malaysia
Comprehensive technology portfolio covering IETS, DAF, MBR, APCS, and sludge drying systems
Measured impact
in operational efficiency, resource recovery, and emission reduction
Sustainable Waste, Smarter Industry
We see sludge not as waste — but as a recoverable resource that supports operational efficiency and environmental responsibility. Let’s engineer a sludge management system that fits your plant, cuts cost, and builds sustainability into your operations.