CHARM Ltd. provides a wide range of engineering machinery and equipment for water treatment, wastewater treatment, waste management, renewable energy, and environmental engineering projects. From individual equipment to complete plant requirements, we help clients select, source, supply, install, and integrate the right machinery according to their project needs.
A successful engineering project depends on selecting the right equipment for the right application. Equipment must match the treatment process, capacity, site conditions, energy requirements, and long-term operational needs. CHARM helps clients identify and supply suitable engineering machinery while ensuring compatibility with the overall system.
Our engineering machinery portfolio supports four major areas:
Equipment for water purification, filtration, disinfection, and advanced water treatment systems.
Advanced machinery for sewage and industrial wastewater treatment.
Machinery designed to reduce, process, recover, and manage waste responsibly.
Equipment supporting clean and renewable energy generation and integration.
We source equipment from established manufacturers and technology providers according to project requirements.

MBR and advanced membrane technologies for water and wastewater treatment.

Reliable aeration equipment for biological wastewater treatment.

Dewatering presses and related equipment for efficient sludge handling.

Advanced systems for water recovery and minimizing liquid discharge.

Submersible, centrifugal, dosing, and other application-specific pumps.

Mechanical bar screens and drum screens for removing solids from wastewater.

Solutions for removing color from industrial wastewater.

Food waste composting systems for converting organic waste into useful fertilizer.
We don’t believe in a one-size-fits-all approach.

What process will the equipment perform?

What process will the equipment perform?

What flow rate, load, or production capacity is required?

How easily can the equipment be operated, serviced, and maintained?

What are the available space, utilities, environmental, and installation conditions?

How will the equipment work with the complete plant or engineering system?

What treatment or operational performance is required?














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