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APPLICATIONS

Valve Application

Equipment Application

Chemicals Application

Graphene Application

VALVES & FITTINGS

Gate Valves

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Brass Gate Valves Cast Iron Gate Valves Cast Steel Gate Valves Forged Steel Gate Valves Stainless Steel Gate Valves Rising Stem Gate Valves Non-rising Stem Gate Valves Double Disk Parallel Gas Gate Valves Knife Gate Valves Bellows Sealed Gate Valves

Globe Valves

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Cast Iron Globe Valves Cast Steel Globe Valves Forged Steel Globe Valves Stainless Steel Globe Valves Brass Globe Valves

Butterfly Valves

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Wafer Type Butterfly Valves Flange Type Butterfly Valves Eccentric Butterfly Valves Lug Type Butterfly Valves

Check Valves

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Cast Steel Check Valves Cast Iron Check Valves Stainless Steel Check Valves Brass Check Valves Lift Check Valves Swing Check Valves Forged Steel Check Valves

Ball Valves

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Cast Iron Ball Valves Cast Steel Ball Valves Stainless Steel Ball Valves Brass Ball Valves Fully Welded Ball Valves Electric Ball Valves Ceramic Core Ball Valves Multiport Ball Valves Rotary Valves Top Entry Ball Valves Floating Ball Valves High Pressure Ball Valves High Temperature Ball Valves V-port Ball Valves

Control Valves

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Globe Control Valves

Plug Valves

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Cast Iron Plug Valves

Regulating Valves

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Cast Iron Regulating Valves

Balance Valves

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Cast Iron Butterfly Balance Valve Cast Iron Internal Thread Globe Balance Valve Brass Balance Valve Number-lock Balance Valve

Safety Valves

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Closed Spring Loaded Full Bore Type Safety Valve Closed Spring Loaded Low Lift Type Safety Valve High Temperature And High Pressure Safety Valve Pilot Operated Safety Valve Spring Full Bore Type Safety Valve With Radiator Spring Full Bore Type With Lever Safety Valve Spring Loaded Low Lift External Thread Type Safety Valve Spring Loaded Low Lift Type Safety Valve Spring Loaded Low Lift Type With Lever Safety Valve Stainless Steel Spring Loaded Full Bore Type Safety Valve With Handle Twin Spring Type Safety Valve

Instrument Valves

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Needle Valves Other Valves

LNG Cryogenic Valves & Accessories

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LNG Filling Nozzle Cryogenic Gas Return Nozzle Cryogenic Gas Refueling Receptacle Cryogenic Gas Relief Valve Cryogenic Gas Shut-off Valve Cryogenic Gas Breakaway Coupling Cryogenic Gas Pressure Regulator Cryogenic Gas Check Valve

Pipeline Filters

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Cast Iron Filter Cast Steel Filter Stainless Steel Filter Brass Filter

Pipeline & Fittings

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Fittings

Flanges

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Blind Flange Lap Joint Flange Long Welding Neck Flange Slip-on Flange Socket Welding Flange Threaded Flange Welding Neck Flange Plate Flange Spectacle Blind Orifice Flange Tube Sheet Anchor Flange Swivel Flange Reducing Flange Loose Flange

Customization

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Two Way Distributing Valve Rotary Discharge Valve

Whether it’s municipal engineering construction, civil building fire protection engineering project, or urban water supply and drainage system and living wastewater treatment system. These are inseparable from various types of valves.

MstnLand’s municipal valve product line covers almost all of these areas, even if you require some special types and sizes of non-standard valve products, we can also meet your requirements through client customization.

Municipal Application fields:

Municipal engineering
Fire protection engineering
Urban water supply and drainage system
Living sewage treatment system

Cases of Mstnland valve application in the municipal field

MstnLand International offers a range of quality solutions for municipal & regional services, including urban water supply systems, fire protection systems, district energy systems, natural gas distribution, waste-to-energy projects, and sewage and wastewater. We partner closely with customers to ensure a reliable and timely supply of critical equipment to support the vital infrastructure that our communities and economy depend upon.

The ideal option for municipal wastewater treatment systems

Municipal wastewater treatment approaches vary from traditional centralized systems to fully decentralised on-site systems. Centralized systems, usually publicly owned, collect and treat large volumes of wastewater for large communities. Conversely, decentralised on-site systems treat wastewater from individual homes and buildings. Between these two extremes, there are other intermediate treatment systems.

Each system certainly has its own advantages and disadvantages. Several studies have investigated these advantages, criticisms and limitations considering social, economic and environmental issues. Although the present world seems to be moving towards decentralised systems, mainly due to significant investments to upgrade facilities at the end of their life cycle, it resulted that none of the approaches could be excluded a priori; generally, the different systems can be integrated with each other on the basis of the specific required situation.