About Us
With a vast pool of experience in the water treatment industry, Glory Citra Muda Perkasa offers its customers a wide range of services ranging from chemical supplies and engineering to consultancy services. We are a unique "technical and service oriented" company that could offer the TOTAL SOLUTION CONCEPT in fulfilling all water treatment requirements that one could think of. Our capabilities were proven in the design or refurbishment of treatment plants and systems, engineering works, process consultancy, chemical supplies, process automation and safety services related to chemical application. We are also assisting our customers in obtaining written approvals from authorities (DOSH and DOE) in relevant aspects of their facilities.
Mission
We build and create value for our customers by providing Quality Products, Innovative Technologies and excellent Support Services
Vission
To be the preferred Total Solution Provider for all water treatment requirements.
Motto
Committed For The Future..
Accufloc
Principle of OperationExtremely small particulates suspended in a solution will often have a surface charge. This means that even after a long time in a settling tank the particles will not coagulate and settle out of suspension. To neutralise this charge a material called a flocculent, containing particles with the opposite charge, can be added. When the overall surface charge is balanced the suspended particles will then bind with the flocculent and settle out.
A measurement of the charge on particles in solution can be made by measuring the current produced when the particles are rapidly moved.
The Accufloc uses a piston reciprocating in a closed chamber to create a high rate of flow along the chamber wall. This moving charge is a current (called the Streaming Current) and can be measured between two electrodes at opposite ends of the chamber.
A measurement of the charge on particles in solution can be made by measuring the current produced when the particles are rapidly moved.
The Accufloc uses a piston reciprocating in a closed chamber to create a high rate of flow along the chamber wall. This moving charge is a current (called the Streaming Current) and can be measured between two electrodes at opposite ends of the chamber.