GFRP Packaged STP

Availability of effective STP is an important norm for smart urban development and smart city management. Packaged STP's are emerging as a smart solution to address availability of space and support decentralized sewage treatment efficiently at the source.

Further, components of the packaged STPs, fabricated with GFRP, provide good benefits as listed below. Moreover, these STPs also could incorporate smart features like PLCs and space optimization and couple with key STP technologies like ASP, MBBR, MBR and SBR.

An efficient water management system holistically involves effective transportation, treatment, conservation, reuse and recycling. For smart urban development and smart city management, it is not only imperative to source safe and reliable water, but equally essential to have consumed water treated and reused.

Well run STPs help assure availability of water for various secondary uses, save fresh water costs and minimize environmental degradation.

SMART FEATURES:

• WATER SAVINGS: Typically, STPs contribute to savings on your expensive tanker water bills. When coupled with smart materials like GFRP and the right treatment technology, an STP can certainly support an overall enhancement of STP performance and water management.

• TURNKEY SUPPORT: Can be facilitated for Concept and Design to Commissioning and Operation & Maintenance.

• VERSATILITY: Based on need, these STPs can be smartly installed underground, optimizing and saving space, or above ground. A typical STP below ground facilitates the sewage flow through gravity and in turn helps reduce the cost of pumping raw sewage.

• EFFICIENT OPERATING PERFORMANCE: The STP is designed for compatibility with major treatment processes including MBBR, MBR, ASP and SBR depending upon requirement and preference. Further, sewage treatment is odorless. No major monitoring is needed during operating and maintenance.

• CORROSION RESISTANCE: A key advantage of STPs made from GFRP is their non corrosiveness when compared to conventional materials like Metals and Steel Reinforced Concrete. This in turn helps eliminate the need for additional lining materials and surface protection coatings.

• LIGHTWEIGHT: Composite parts help save weight compared to steel parts (up to 30 percent lighter) with similar thermo-mechanical properties. Hence, they are easier, quicker and cost effective to install.

• HIGH STRENGTH: Pound for pound, glass fibers are stronger than steel. GFRP gain their strength when fibers are set within a resin matrix. Fibers carry the load while the resin spreads the load imposed on the GFRP.

• COST EFFECTIVE: Generally, Composite-based structures over the life cycle and with their overall installed cost are cost effective.

• DURABILITY: The design of the main STP tank made from Composite materials could be engineered with provisions (e.g. ribs) to enhance strength, durability and service life. After a half-century of use, many well-designed composite structures have yet to wear out. GFRP provide long-term resistance to severe chemical and temperature environments. GFRP are the material choice for outdoor exposure, chemical handling and severe environment service.

KEY SEGMENTS FOR USE:

• Hospitals

• Institutions/Commercial & Residential Buildings

• Industries

• Hotels

TYPICAL VARIANTS:

• Typical availability from 5KLPD to 1MLPD with composite material of construction like GFRP, and GRC.

• Accessories and additional features available based on customer request.

GFRP BASED PROJECTS:

Successful installations in India at various institutions executed by our preferred network member.

Work Scope leading from Design to Turnkey Execution.

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