Presentation on theme: "Non Chemical Descaling and Debottlenecking Systems"— Presentation transcript:
1 Non Chemical Descaling and Debottlenecking Systems Introduction PageNon Chemical Descaling and Debottlenecking SystemsSpecialising in Large Industrial Fluid Process SystemsCopyright PS Australian Promotions P/L
2 Cooling Tower and Condenser /Chiller Systems The major problems in these water systems are:-scalesludgebio-film/slimelegionella andalgae.
3 Typical scale, sludge & biofilm/slime fouling In a chemically treated Building Air-Conditioning System
4 Non-Chemical Control of Scale, Sludge and Bio-film/Slime Scale-X Magnetic Fluid Conditioners can control and eliminate scale, sludge and bio-film/slime deposition in water process systems.Typical treatable scales include the following:-Calcite (calcium carbonate) Gypsum (calcium sulphate) Magnesite (magnesium carbonate) Dolomite (calcium/magnesium carbonate)
5 Typical Building Air-Conditioning System Scale-X MFCs eliminate scale, sludge & biofilm/slime fouling
6 An Example of a Chronic Scale Problem Eliminated by Scale-X MFCs South China Sea Offshore Platform Block Valve Reducer Without and With Scale-X MFC’sBeforeAfter
7 South China Sea Offshore Platform Control Valve and Non-Return Valve without and with Scale-X MFC’s The scale was predominately calcite with some dolomite and barite.BeforeAfter
8 Magnetic Conditioning of Water Changes Crystal Size & Nucleation IEEE Transactions on Magnetics, Vol Mag-21, No 5, Sept 1985Dr. Klaus L Kronenberg, California State Polytechnic UniversityTreated WaterThe smaller crystals have a tendency against adhesion to the surface of pipes and vessels as scaleUntreated Water
13 External Bolt On Type MFCs For use only on non-magnetic type pipes.
14 Typical cooling tower efficiency Scale-X MFCs vs Chemical treatment
15 Biofilm increases energy usage up to 4 times faster than calcium carbonate Some deposits are more insulating than others and thus have a greater impact on the head pressure and energy requirements. For example, calcium carbonate scale deposits transfer heat up to 4 times better than biofilm deposits (slime). As a result, slime increases head pressure and energy requirements and will shut down a chiller much faster than “normal” scale.HVAC Energy ConservationThrough Cooling Water TreatmentBy: A. BhatiaContinuing Education and Development, Inc.Stony Point, NY USA
16 Scale thickness and increase in energy usage Biofilm/slime can cause an increase in energy usage of up to 4 times that of calcium carbonate for the same thickness of buildup.
17 Biofilm reduces efficiency and accelerates corrosion Biofilms also plug water passages and piping, help to accelerate corrosion, and reduce heat exchanger efficiency.Cooling Water ManagementBasic Principles and TechnologyBy: Timothy Keister, CWTFellow, American Institute of ChemistsCertified Water TechnologistProChemTech International, Inc.
18 Controlling BacteriaBacteria feed on the bio-film and scale in fluid systems.By reducing and eliminating scale and bio-film, bacteria can be reduced and eliminated.Scale-X Magnetic Fluid Conditioners can control and eliminate bio-film and scale when correctly applied.
19 Control of Algae, Bacteria and Legionella Scale, sludge and corrosion in the fluid systems provide the nutrients for bacteria, fungus and algae to live. Legionella lives on a bacteria in the water which derives its nutrients from the scale and sludge in the water. Magnetic fluid treatment prevents scale from forming, cleans away existing scale and the water becomes cleaner.Cooling TowersThus Scale-X MFC’s reduce and/or remove the food chain (nutrients) on which the harmful bacteria lives.This can result in a significant reduction and/or elimination of the bacteria and algae problem.
20 MFC Control of Algae, Bacteria and Legionella in 29 Cooling Tower Systems A survey of 29 cooling towers using magnetic fluid conditioners and not using biocides and scale inhibitors showed no towers were a health risk and Legionella had been controlled in all towers.
21 Results of MFCs Treating Cooling Towers Systems Maintenance Australia - Jan 1990 Dr David Lloyd
22 MFCs Applied to Warm Water Systems An example of treating a scaled (dirty) system.
23 Warm Water Systems An example of treating a scaled (dirty) system. Note:- Magnetic Technology recommends that the system be cleaned before the Scale-X MFCs are installed so that bacteria and algae elimination are not delayed by the removal of existing scale.
24 Laboratory Test Results for Legionella Control Maintenance Australia - Jan 1990 Dr David Lloyd
25 Specialising in Large Industrial Fluid Process Systems Introduction PageSpecialising in Large Industrial Fluid Process SystemsNon Chemical Descaling and Debottlenecking SystemsCopyright PS Australian Promotions P/L