Authorised Dealer – Murugappa Membranes
Authorised Dealer – Murugappa Membranes
Specialized raw water clarification, depth filtration, MHS Multigrade Filters, activated carbon adsorption, and softening plants designed to protect downstream Reverse Osmosis membranes, DM systems, and high-pressure boilers.
The MaxV® MHS Multigrade Filter (MGF) is an advanced depth filtration vessel engineered specifically to remove suspended solids, turbidity, non-soluble metal oxides, and colloidal particulates down to < 5–10 microns.
Unlike conventional single-media sand filters that suffer from rapid surface clogging, the MHS Multigrade Filter utilizes a carefully calibrated gradient of graded media layers – incorporating specific gravities and grain sizes that allow deep penetration across the entire bed height.
The superior performance of MHS filters relies on engineered hydrodynamic packing. As water passes downward, larger particles are captured in the coarse top layers without blinding the bed, while finer silt and colloids are arrested in the deeper fine quartz and garnet zones:
Low density (~1.4 SG), angular particles (1.2–2.5 mm). Traps bulk suspended solids and prevents surface cake buildup.
Medium density (~2.65 SG), washed silica (0.45–0.8 mm). Captures fine suspended particles and colloidal matter.
High density (~4.0 SG) garnet and multi-layer silica pebbles supporting the underdrain lateral collectors without media loss.
Heavy-Duty FRP and MSRL Vessels With Automatic Multiport or Butterfly Manifolds
| Model Code | Design Flow (m³/hr) | Vessel Size (Dia × H mm) | Pipe / Valve Size | Media Weight (Approx. kg) | Backwash Flow (m³/hr) | Inlet / Outlet Turbidity |
|---|---|---|---|---|---|---|
| MHS-MGF-03 | 2.5 – 3.5 m³/h | 350 × 1650 mm (14″ × 65″) | 1.0″ / 25 mm MPV | 125 kg | 4.5 m³/h | 20 NTU → < 2.0 NTU |
| MHS-MGF-05 | 4.5 – 6.0 m³/h | 450 × 1650 mm (18″ × 65″) | 1.5″ / 40 mm MPV | 210 kg | 7.5 m³/h | 25 NTU → < 2.0 NTU |
| MHS-MGF-10 | 8.0 – 12.0 m³/h | 600 × 1800 mm (24″ × 72″) | 2.0″ / 50 mm MPV | 420 kg | 14.0 m³/h | 30 NTU → < 2.0 NTU |
| MHS-MGF-20 | 16.0 – 22.0 m³/h | 800 × 2000 mm (32″ × 72″) | 2.5″ / 65 mm MPV | 780 kg | 26.0 m³/h | 35 NTU → < 1.5 NTU |
| MHS-MGF-35 | 30.0 – 38.0 m³/h | 1050 × 2200 mm (42″ × 72″) | 3.0″ / 80 mm Manifold | 1,350 kg | 45.0 m³/h | 40 NTU → < 1.5 NTU |
| MHS-MGF-50 | 45.0 – 55.0 m³/h | 1350 × 2400 mm (54″ × 84″) | 4.0″ / 100 mm Manifold | 2,250 kg | 65.0 m³/h | 50 NTU → < 1.5 NTU |
| MHS-MGF-100 | 90.0 – 110.0 m³/h | 1900 × 2600 mm (75″ × 96″) | 6.0″ / 150 mm Manifold | 4,600 kg | 125.0 m³/h | 50 NTU → < 1.0 NTU |
Robust, heavy-duty media filtration systems for raw river water, borewell intake, and secondary treated effluent.
Engineered with a high-capacity combination of Anthracite (top layer) and Silica Quartz Sand (bottom layer). Specially designed for industrial feeds having varying suspended solids load.
Reliable single-media units with multiple layers of graded silica sand and pebbles. An economical primary filtration solution for raw borewell and municipal water supplies.
Free chlorine and dissolved organic matter are catastrophic to thin-film composite polyamide RO membranes, causing irreversible membrane oxidation and biofouling.
The MaxV® ACF Series uses premium virgin granular activated carbon (GAC) derived from select coconut shells and high-grade coal, delivering an Iodine Value ranging from 900 to 1100 mg/g for maximum catalytic dechlorination and organic adsorption.
High-exchange-capacity softening plants engineered to prevent scale in boilers, cooling towers, and heat exchangers.
Packed with high-crosslinked Strong Acid Cation (SAC) exchange resin in Na+ sodium form, exchanging calcium (Ca²+) and magnesium (Mg²+) ions for harmless sodium ions.
Features heavy-duty salt brine saturation tanks with internal salt grids and hydraulic brine injectors for rapid, precise, and automated regeneration cycles without chemical wastage.
Eliminates hard calcium carbonate and sulphate scale on boiler fire-tubes and cooling tower condenser packs, directly cutting fuel bills and preventing tube blistering.
The final protective barrier installed directly upstream of Reverse Osmosis high-pressure booster pumps to prevent microscopic silica shards and fine carbon fines from entering spiral-wound membrane channels.
Thermally bonded 100% pure polypropylene microfibers with progressive density for high particle retention.
Heavy-gauge electropolished stainless steel and UPVC filter vessels holding 3 to 40+ cartridges for high flow rates.
Ideal for high-dirt-loading applications, raw surface water intake, and wastewater recovery loops.
Chemical pretreatment chemicals scientifically formulated to destabilize fine colloidal suspensions and accelerate settling ahead of MHS Multigrade Filters.
High-charge inorganic coagulant formulated for rapid charge neutralization of suspended colloids, silt, and dye color molecules. Promotes dense micro-floc formation in raw intake flash mixers.
High-molecular-weight anionic and cationic bridging polymer. Binds micro-flocs into heavy, rapid-settling agglomerates for tube settlers, lamella clarifiers, and DAF systems.
Consult with our water treatment engineering specialists in Panipat for raw water testing, MHS filter sizing, media selection, and turnkey plant integration.
