FibreWater

Water System Solutions

Overview

FIBREWATER is your one-stop-shop for advanced composite solutions in water and wastewater engineering. SISPL is a leading manufacturer and supplier of Fiber Reinforced Polymer (FRP) products, offering a wide range of engineered solutions for water storage, conveyance, and treatment applications.

FIBREWATER products reflect the importance of reliable and efficient water infrastructure, and we strive to provide innovative FRP products that meet the highest standards of quality, durability, and performance. Whether you need FRP tanks, ducting, panels, pipes, or manholes, we have the expertise and resources to deliver custom-made solutions that fit your specific requirements and exceed your expectations.

SISPL’s FRP products offer numerous benefits over traditional materials such as concrete, steel, and wood. FRP is a lightweight, strong, corrosion-resistant, and low-maintenance material that can withstand harsh environments and extreme weather conditions. Our FRP tanks, for example, are ideal for storing potable water, wastewater, chemicals, and other liquids, and they come in various shapes, sizes, and configurations to fit any application. Our FRP ducting, on the other hand, provides a cost-effective and durable alternative to metal or PVC ducting, with excellent resistance to corrosion, abrasion, and chemical attack.

In addition to tanks and ducting, we also offer FRP decking solutions for sewage smell reduction in wastewater treatment plants. These decks use advanced technology to capture and encapsulate the air, preventing unpleasant smells from escaping into the environment. Our FRP pipes and manholes, meanwhile, are ideal for stormwater drainage and sewerage systems, offering high strength, durability, and ease of installation.

FIBREWATER is committed to providing our customers with the best possible service and support. Our team of experienced FRP engineers and technicians will work closely with you to design, manufacture, and install FRP products that meet your exact needs and specifications.

We use the latest software and equipment to ensure accuracy, consistency, and quality in every step of the process.

FIBREWATER FRP products are corrosion-resistant, able to handle acids, alkalis and bleach solutions, and very high operating temperatures.

They are also lightweight, mechanically strong and versatile, and have been proven across many industries as an economical, low-maintenance alternative to steel and concrete.

FRP Ducting

FRP Non-pressure Pipe Systems (Sewer Pipe)

FIBREWATER Sewer pipes, manufactured through filament winding, are specifically engineered to possess exceptional resistance against acids. These types of pipe are commonly employed in sewer and storm water applications. Furthermore, they are designed to withstand water jetting, meeting the resistance requirements outlined in DIN 19523.

The standard lengths of the pipes are 3, 6, and 12 meters (3 and 6 meters for DN 200), but other lengths can be provided upon request.

The information provided in the table above pertains to the design of FIBREWATER FRP Standard Sewer Pipe.

Different stiffness classes are also available upon request.

The pipe design undergoes testing to ensure resistance against water jetting, following the standards set by DIN 19523.

For more detailed information regarding water jetting requirements, please reach out to service@sisau.com.au.

FRP Non-pressure Pipe Systems (Sewer Pipe)

FIBREWATER FRP Pressure Pipes are constructed with primary reinforcement in the hoop direction, making it suitable for applications that do not experience pressure end thrust. Common uses for this type of pipe include penstocks, pressure mains, water supply systems, and cooling water applications.

The standard pipe lengths offered are 3, 6, and 12 meters (with 3 and 6 meters specifically for DN 200). However, custom lengths can be requested as well.

Additional stiffness classes can also be provided upon request.

The table data provided above pertains to the design of the Flowtite Standard Pressure Pipe.

FIBREWATER pressure couplings, lock joints and other couplings are available upon request

For higher nominal pressures PN please reach out to service@sisau.com.au.

FRP Flanges

When there is a need for enhanced visibility, flexibility, and a higher continuous service temperature, our FIBREWATER FRP Flanges are preferred. Our flanges offer rigidity and a long flex life (up to 260°C), along with many properties similar to PTFE.

Our FIBREWATER FRP Flanges are constructed as per ASME RTP-1 and SMACNA Standards.

Benefits of FIBREWATER FRP Flanges:

They are suitable for use in water supply industries and potable water systems.

They are commonly used in chemical and fertilizer plants to regulate liquid flow.

FRP Flanges are made from a composite of glass fiber and polyester resin, providing excellent corrosion resistance, chemical resistance, and weathering resistance.

Our FRP Flanges have a lower strength-to-weight ratio compared to other materials, making them easy to handle, install, modify, and repair. They are lighter in weight due to the use of 1/10 P.S.C., 1/5 steel, and 1/8 C.l.

Our FRP Flanges exhibit excellent corrosion resistance both internally and externally, offering a lifespan of 20-25 years when the appropriate resin is selected for specific operating conditions and proper external support is provided. They are suitable for a wide range of acids, alkaline chemicals, saline water, and solvents, without the need for external epoxy coating.

The corrosion-resistant properties make them ideal for the sewage industry

FRP Flanges are highly recommended for offshore oil production.

Our FRP Flanges can be manufactured to meet the requirements of potable water and food contact regulations, thanks to filament winding processing technologies combined with polymerization and vaporization processes.

Our FRP Flanges with smooth internal surfaces have a high “c” rating, enabling them to carry high flow with low frictional head loss. This reduces pumping costs and saves energy.

With a hydraulic design base (HDB) that maintains a protection factor of 1.8 times its pressure class even after 50 years of continuous operation, our FRP Flanges offer extended longevity and performance at a lower life-cycle expense compared to flanges made with other materials.

Our FRP Flanges exhibit high surge pressure tolerance and greater resistance to surge strain and higher stiffness compared to steel and C.I. Flanges, minimizing the risk of bursting due to water hammers.

FRP Flanges

FIBREWATER FRP Dampers are designed to cater to the requirements of odor control and corrosive WWTP industries. Our dampers are made from corrosion-resistant FRP materials and are utilized to control the flow of gas or to isolate and shut off systems. The dampers are engineered to operate under conditions that align with the specific operating conditions of the duct system.

High-quality vinyl ester resins are utilized extensively in the construction of these dampers, and fire-retardant resins can also be provided for applications requiring Class 1 flame spread resistance.

Different industry names are commonly used to refer to dampers. You can utilize the table below as a reference to identify the specific type of FIBREWATER FRP Damper that meets your requirements:

FRP Stacks

FIBREWATER FRP Vent Stacks can be custom designed and fabricated according to your specified diameter, height, and support arrangement. Each stack is meticulously tailored to your specific requirements, taking into account various factors such as process conditions, support method (free standing, guyed, or cantilevered), dynamic wind effects, internal material buildup, condensate management, and lightning protection.

We offer various options to choose from:

Free Standing design

Guyed design

Steel Lattice

Frame design

Breach Inlets

Instrumentation Nozzles

Weather Cap/Animal Screens

Vortex Strakes

Access hatches

The following standards are applicable to different aspects of Glass Fibre Reinforced Plastic (GRP) products:

AS2634-1983: Covers the manufacturing of Chemical Plant Equipment using GRP and Thermosetting Resins.

AS3571-1989: Pertains to GRP Pipes for Water Supply, Sewage, and Drainage Applications, based on Glass Filament Reinforced Thermosetting Plastics (GRP) with a polyester base.

BS4994-1987: Relates to the Design and Construction of Vessels and Tanks in Reinforced Plastics, although it is considered obsolete.

BS7159-1989: Addresses the Design and Construction of Glass Reinforced Plastics (GRP) Piping Systems for individual plants or site-specific applications.

BS EN 13121-3:2008+A1:2010: Specifies the Design and Workmanship criteria for above-ground GRP tanks and vessels.

FRP Storage Tanks and Vessels

For some time now, SISPL has been a leading provider of specialized FRP vessels, pipe, and duct throughout Australia. Our industry-leading experience has allowed us to serve a diverse and knowledgeable client base and to take on even the most demanding FRP projects.

FIBREWATER FRP Storage Tanks and vessels have a wide range of applications and sizes, meeting a variety of needs in industries ranging from water treatment to chemical processing. We adhere to major design standards, including BS 4994, ASME RTP-1, and ASME Section X.

Our tanks and vessels are available in sizes ranging from 100 liters to 300 KL, ensuring that we can meet the specific needs of each of our clients. We use a variety of materials in the construction of our tanks and vessels, including FRP molded and filament wound materials using Isophthalic, Bisphenol, Vinyl Ester, and Epoxy resin. We also use PP and HDPE spiral wound materials, as well as PVC/FRP, CPVC/FRP, PVDF/FRP, and FEP/FRP.

FIBREWATER tanks and vessels meet rigorous quality specifications, including qualification as per BS 4994 and ASME Section X. This ensures that our products are of the highest quality and meet the most stringent industry standards.

Superior insulating qualities

Exceptionally durable and long-lasting

Smooth, glossy internal finish for improved conveying ability and reduced pump loads

Economical and cost-effective solution

Superior abrasion resistance and low thermal conductivity Resistant to galvanic and stray electrical currents, and offers exceptional thermal insulation

Demonstrates impressive physical and mechanical strength

High strength-to-weight ratio for optimal performance

Easily adaptable with excellent dimensional stability

UV resistant, visually appealing, and offers design flexibility

Simple fabrication, including cutting, drilling, and joining

Low-maintenance with zero downtime

Lightweight for effortless handling and installation

Boasts excellent corrosion and weather resistance

FRP Odour Reduction Decks

Our FIBREWATER FRP Odour Reduction Decks are specifically designed to address the challenges of odour control in wastewater treatment plants. These decks consist of FRP top solid planks that effectively mitigate and manage odours emanating from sewage and other volatile molecules present in the environment.

One of the key features of our FRP Odour Reduction Decks is their exceptional resistance to corrosion. They are specifically engineered to withstand the harsh and corrosive conditions commonly found in wastewater treatment plants. This anti-corrosion property ensures the longevity and durability of the decks, allowing them to provide reliable odour control over an extended period of time.

The top solid planks used in our FRP Odour Reduction Decks are carefully crafted to provide a robust barrier against odour emissions. They are designed to effectively contain and control the release of odours, preventing their dispersion into the surrounding atmosphere. This helps in maintaining a more pleasant and healthier working environment for plant personnel and nearby communities.

In addition to their odour control capabilities and anti-corrosion properties, our FRP Odour Reduction Decks are also known for their overall durability and low maintenance requirements. These decks are built to withstand the demanding conditions of wastewater treatment plants, ensuring long-lasting performance and minimal upkeep.

Our FIBREWATER FRP Odour Reduction Decks offer a comprehensive solution for wastewater treatment plants seeking effective odour control. With their top solid planks and anti-corrosion features, they provide reliable and durable performance, contributing to a cleaner and more hygienic environment for all stakeholders involved. Our decks generally feature a tongue and groove connection that is ideal for narrower spans or areas with pedestrian loading requirements and also ideal for sealing and contain the odors or gas leaks.

FIBREWATER Medium Duty
Odour Reduction Deck:

The MD odour reduction deck is commonly utilized for limited load and span applications, such as floor coverings for walkways on WWTP. Additionally, it offers the flexibility to serve as a facade cladding system in areas requiring high corrosion and chemical resistance.

Height	40mm
Width	500mm
Weight	6.47 kg/m

FIBREWATER Heavy Duty
Odour Reduction Deck:

The HD odour reduction deck offers a wide range of potential applications limited only by one’s imagination. It can be used for pedestrian bridges, walkways, parking areas, stairs, cladding, and covers, among many other possibilities.

Height	40mm
Width	500mm
Weight	8.43 kg/m

FIBREWATER Medium Duty
Odour Reduction Deck:

We have enhanced our decks to meet the modern demands of our customers for strong, durable, and high-quality odour reduction deck. These decks are also cost-effective, making them competitive in the market while being easy to produce.

Height	40mm
Width	500mm
Weight	6.47 kg/m

FRP Manholes

Custom Design:

1. We have the capability to personalize your manhole cover project by creating unique designs, patterns, or incorporating your company logo onto the surface of the covers.

Our FIBREWATER FRP manhole covers possess the following characteristics:

1. The composition of our FRP manhole covers includes materials such as glass fiber, resin, quartz, and corundum.

2. The top surface layers of our manhole covers are coated with materials that offer resistance to wear and harsh weather conditions, ensuring their durability in challenging environments.

Temperature Resistance:

1. The quality of materials used in the production of our manhole covers is of utmost importance. Our selection primarily revolves around the use of non-saturated polyester resin, a thermosetting resin with the following performance characteristics after solidification:

Longitudinal strength: 240-550 Mpa
Compressive strength: 290-550 Mpa
Elastic Modulus: 25-32 GPa
Break elongation ratio: 1.3-10.0%
Bending strength: 700-1400 MPa
Curving module: 25-35Gpa

Poisson’s ratio: 0.35
Relative density: 1.11-1.15
Water Absorption: 10-30mg (24 hours)
C250 (load capacity of 25 tons), D400 (load capacity of 40 tons)
Volume resistivity: 1*(10^12-10^14)cm
General application temperature range: -40°C to 80°C

FRP Trench Drain Channels

We proudly present our innovative FIBREWATER FRP Trench Drain Channels. Designed to provide efficient and reliable drainage solutions, our channels are available in both Fiber Reinforced Plastic (FRP) and other plastic materials such as High-Density Polyethylene (HDPE). With versatility and durability at the forefront, our channels are suitable for a wide range of applications and load ratings, conforming to the standards set by BS EN 124 and AS 3996.

Key Features:

Various Load Ratings: Our FRP Trench Drain Channels are engineered to meet different load ratings, ensuring optimal performance in various environments. With their exceptional strength, they are capable of withstanding heavy loads and high traffic conditions.

Multiple Inner Sizes: We offer three main inner sizes to cater to diverse project requirements. These sizes include 100x150x1000mm, 200x250x500mm, and 300x300x500mm, allowing for flexible installation and efficient water drainage.

Versatile Covering Compatibility: Our FRP Trench Drain Channels are compatible with a wide range of covering options. Whether you prefer HDPE plastic covering, steel covering, grating covering, or iron casting covering, our channels can seamlessly integrate with any of these materials.

Easy Assembly: We understand the importance of saving time and effort during installation. Our FRP Trench Drain Channels are designed for easy and hassle-free assembly, streamlining the construction process without compromising on performance.

Recyclable and Sustainable: We prioritize environmental sustainability and offer channels that are fully recyclable. By choosing our FRP or HDPE options, you are making an eco-conscious decision and contributing to a greener future.

Outstanding Performance: Our FRP Trench Drain Channels excel in terms of performance. They are chemical resistant, ensuring longevity and reliability even in harsh environments. Additionally, their high strength and lightweight nature make them a practical choice for various drainage applications.

Our FIBREWATER FRP Trench Drain Channels offer a comprehensive solution for your drainage needs. With their wide, range of load ratings, multiple inner sizes, and compatibility with various coverings, they provide unmatched versatiity. ‘and durability. Additionally, their ease of assembly, recyciability, chemical resistance, high strength, and lightweight design make them the ideal choice for a wide range of projects. Trust our FRP Trench Drain Channels to deliver exceptional performance and reliable drainage solutions.

SMC trench drain channel

SMC polymer drain channel and polymer concrete cover

lock details by using bolts and nuts

Advantage

Ease of Assembly

The modular design of Moonbay drain channel is made of HDPE, it is 80% lighter than the traditional concrete channel. This makes the assembly and installation fast, easy, saving time, and Money.

Recyclable

Moonbay drain channel are made of 100% recyclable plastic material that can be used again in the manufacturing process, therefore protecting the environment and future generations.

Hydraulic Performance

The smooth rounded internal surface of the Moonbay water drainage systems creates higher rates while allowing a self cleaning action thus avoiding the accumulation of silt deposits.

Chemical Resistance

Due to Moonbay’s superior Polypropylene construction, it is able to resist most chemical agents, acids, salts, alkaline, fuels, oils, fats, etc.

High Strength

The advanced construction of the moonbay drainage channel gives it greater structural rigidity, protecting it from damage during and after installation.