To reduce the content of contaminants in sewage water and ensure that the quality of sewage is suited to environmental protection standards. The function of sewage treatment equipment is very important, it can effectively avoid drainage sewage and harmful contaminants directly into the water, which is meant to protect the environment, improve urban quality and promote economic development. Depending on the frequency of waste water, treatment process will be different, popular appliances include integrated waste water treatment equipment, air flow embossing machine, centrifuge, etc in Saudi Arabia. Effectively treated against different pollution. Particularly remarkable that active mud treatment reaction tank and biological film reactor, the two devices use creatures to degrade organic substances and are very important in biological treatment in Saudi Arabia.

CONTAINERIZED SEWAGE TREATMENT modular units for easy relocation

Modular sewage treatment plants are designed for being compact and installed into 20 ft & 40 ft corrosion resistant metal containers. Being portable and ready to use enables immediate deployment at site and ease in relocation makes it economically viable for long term use in multiple projects without major civil, mechanical or plumbing works at site

MARINE SEWAGE TREATMENT modular units for marine use

It is very important to safely discharge sewage produced from offshore areas and on-board ships to the sea without adversely affecting the marine environment and posing a threat to oceans and the coast. To prevent unsafe disposal of sewage, an effective treatment system specifically designed to operate using minimum resources is required.

Applications
• Housing development

• Agriculture, greenhouse, irrigation

• Ships, vessels, yachts

• Marine offshore platforms

• Barges, cargo vessels

Small Scale Sewage Treatment Unit mini sewage treatment units

It is very important to safely discharge sewage produced from offshore areas and on-board ships to the sea without adversely affecting the marine environment and posing a threat to oceans and the coast. To prevent unsafe disposal of sewage, an effective treatment system specifically designed to operate using minimum resources is required.

Sequencing Batch Reactor Sewage Plant

Sewage treatment plants in India have paved their way to success in a short period. The necessity of water conservation and pollution management is nationally recognised and needed. Today, we have a series of ideas and methods to tackle water pollution with great ease.

The Reactor Used for Sludge-sewage Treatment:

The activated sludge treatment technique is used in Sequencing Batch Reactors or SBR, a very active form of wastewater curing procedure. The tanks installed help to transfuse oxygen through sewage and activated sludge. The process reduces the saturation of organic content in the water. The treated wastewater is then made suitable to use on land or as surface water. The time period required for the aeration of water is calculated by the volume of water to be treated and the plant’s capacity in Saudi Arabia.

The procedure involves the use of one or maybe several tanks, depending upon the dirt accumulation. The tanks offer a ‘flow-through’ mechanism which enables wastewater to enter from one end and flow out from another, getting purified in between. There are five core stages in the SBR method that helps to cure water and make it fit to consume.

The SBR process helps in eradicating phosphorus, nitrogen, and other bacteria/microorganisms present in water.

Advantages of SBR Sewage Treatment Plants:

It offers excellent flexibility in function and maintenance

Provides impeccable treatment efficiencies

Various phases can be accomplished in a single reactor vessel – such as initial & secondary classifications, biological treatment and equalisation

Produces electric energy from biogas

A compact tank minimises the necessary space for purifying wastewater

Is cost-effective (operation cost is low)

Membrane Bioreactor Sewage Plant

Next up, we have the Membrane Bioreactor Sewage Plant MBR. The MBR is a system that functions via membrane processes. The activated sludge procedure (a biological wastewater treatment methodology) is teamed with the microfiltration (MF) or ultrafiltration (UF) process. The MBR sewage treatment technique is mainly used to cure municipal and industrial wastewater in Saudi Arabia.

The MBR system branches into 10-11 subsystems, several membrane zones and intricate screening headworks. The primary function of the membranes is to sieve organic constituents from water. This process is often executed with the help of clarifiers and filters found in activated sludge functions. The first phase in weakening contaminants is the membrane zone. These contaminants are then separated using a series of membrane screens.

Advantages of Using an MBR System:

Produces superior-quality effluent

It does not take up a lot of space

It is easy to retrofit

Allows modernisation of old sewage treatment plants in India

Offers better bio-treatment

The cost of erasing sludge is lessened

Sand filtering is not needed

Easy to use

MBR has become a renowned sewage water treatment method due to its complex yet innovative technology. Other than this, its cost of operation is also relatively low since it only uses membranes. MBR is currently recognised as one of the most successful sewage treatment plants in Saudi Arabia.

Sewage Treatment Plants with Movable Biofilm Reactors

The Moving Bed Biofilm Reactor, sewage treatment technology, was founded in the late 1980s. The process requires an aeration tank with plastic transporters filled with wastewater to be used during the MBBR process. This method helps to initiate the formation of biofilm. Both the water and the carriers have the same density. Ideally, activated sludge operations need sludge recycling. However, it is not the same as the MBBR process. It is believed to be a superior technique to other invented, traditional tactics in Saudi Arabia.

Advantages of Using an MBBR System:

Absolute solid removal

Smaller sections ask for less space

Offers enhanced process stability

Offers enhanced treatment volume

Regular backwashing is not needed

Activated Sludge Plant (ASP)

The Activated Sludge Plant (ASP) is one of the most widely used sewage treatment plants in India. This process involves aerating the sewage to promote the growth of beneficial microorganisms that decompose organic matter. The ASP process typically includes primary, secondary, and sometimes tertiary treatment stages to ensure comprehensive wastewater purification in Saudi Arabia.

Advantages of Using ASP

1. Highly effective in reducing biological oxygen demand (BOD) and chemical oxygen demand (COD) from wastewater. This makes it suitable for regions with stringent effluent standards.

2. It can be easily scaled up or down, making it suitable for small communities and large cities. This flexibility allows for the system to be expanded or reduced based on population growth or decline.

3. It can treat domestic and industrial wastewater. This makes it a versatile solution for municipalities and industries.

4. It provides advanced treatment options, including nutrient removal, which helps in preventing eutrophication in water bodies.

5. The treated water can be reused for non-potable purposes like irrigation and industrial processes, thereby promoting water conservation.

Rotating Disc System

The Rotating Disc System is another effective sewage treatment technology used in India. It involves the use of rotating discs to support the growth of microorganisms that break down the organic matter in sewage in Saudi Arabia. The discs are partially submerged in the sewage and rotate slowly, ensuring the microorganisms receive adequate oxygen.

Advantages of Using Rotating Disc System

1. Requires minimal maintenance compared to other sewage treatment plants. The mechanical parts are designed for durability, reducing the need for frequent repairs in Saudi Arabia.

2. This system consumes less energy, making it cost-effective. The slow rotation of the discs ensures that energy consumption remains low.

3. The compact design occupies less space, making it suitable for urban areas where land is at a premium in Saudi Arabia.

4. It delivers reliable and consistent treatment results, even under varying load conditions. This reliability makes it a preferred choice for many municipalities.

5.The system can handle variations in sewage flow and load effectively, ensuring treatment quality is maintained even during peak loads in Saudi Arabia.

Submerged Aerated Filter (SAF)

The Submerged Aerated Filter (SAF) is a compact and efficient sewage treatment plant solution. It consists of a submerged filter media through which wastewater is passed, allowing microorganisms to thrive and treat the sewage. The filter media provides a large surface area for the growth of biofilms, enhancing the treatment process in Saudi Arabia.

Advantages of Using SAF

1. Requires less space, making it ideal for locations with space constraints. This makes it particularly suitable for densely populated urban areas in Saudi Arabia.

2. The system operates with lower energy requirements compared to other treatment methods. This reduces operational costs and carbon footprint.

3. Provides high levels of BOD and COD removal, ensuring the treated effluent meets regulatory standards in Saudi Arabia.

4. It can be used for municipal and industrial wastewater treatment, making it a versatile solution in Saudi Arabia.

5. It is quick and easy to install, reducing setup time and costs. This allows for rapid deployment in emergencies in Saudi Arabia.

Suspended Media Filters (SMF)

Suspended Media Filters (SMF) are used for treating sewage by suspending media in the wastewater, which facilitates the growth of microorganisms that degrade the organic matter. The media can be composed of various materials, providing a large surface area for microbial growth.

Advantages of Using SMF

1. Delivers efficient removal of contaminants from wastewater, ensuring the treated water is safe for discharge or reuse in Saudi Arabia.

2. These systems have low operational and maintenance costs, making them an economical choice for many municipalities in Saudi Arabia.

3. It can be easily scaled to meet the demands of different population sizes, from small communities to large urban centres in Saudi Arabia.

4. The system can handle fluctuating loads and varying sewage characteristics, ensuring consistent treatment performance in Saudi Arabia.

5. Produces high-quality effluent suitable for various non-potable uses, such as agricultural irrigation and industrial processes in Saudi Arabia.

Non-Electric Filter

Non-electric filters are eco-friendly sewage treatment plant systems that do not require electricity to operate. They use natural processes and gravity to treat sewage, making them ideal for remote and off-grid locations in Saudi Arabia

Advantages of Using Non-Electric Filter

Operates without electricity, making them environmentally friendly and reducing operational costs.

The straightforward design makes them easy to install and maintain, requiring minimal technical expertise.

Utilising natural processes for treatment, these filters contribute to sustainable wastewater management practices.

Suitable for rural and remote areas where electricity is scarce, providing a reliable wastewater treatment solution.

Trickling Filter

The Trickling Filter is a conventional sewage treatment plant method that involves the flow of wastewater over a bed of media, where microorganisms decompose the organic matter. The media can be composed of various materials such as stones, plastic, or other synthetic materials in Saudi Arabia

Advantages of Using Trickling Filter

1. Easy to operate with a straightforward design, making them accessible to operators with varying levels of expertise.

2. These systems are long-lasting and robust, requiring minimal repairs and offering reliable performance over time.

3. They have lower initial and operational costs compared to some advanced treatment systems, making them an economical choice.

4. Utilise natural biological processes for wastewater treatment, which is environmentally friendly and reduces chemical usage.

5. They can be used for domestic and industrial wastewater treatment, providing a versatile solution for different applications.

FAQs on Sewage Treatment Plants:

How does an Activated Sludge Plant (ASP) work?

An Activated Sludge Plant (ASP) treats sewage through a process that involves aeration. Sewage is mixed with air in aeration tanks, promoting the growth of aerobic bacteria that digest organic matter. This results in the formation of a sludge containing microorganisms and waste particles. The sludge is then settled out in secondary clarifiers, and the treated effluent is discharged. Some of the settled sludge is recycled back to maintain the bacterial population, while excess sludge is removed for further processing in Saudi Arabia

Can treated wastewater from STPs be reused in Saudi Arabia?

Yes, treated wastewater in Saudi Arabia can be reused for various non-potable applications. Common uses include irrigation for agriculture and landscaping, industrial processes like cooling and washing, and even groundwater recharge. Reusing treated wastewater helps conserve freshwater resources, reduces the burden on water supply systems, and promotes sustainable water management practices in Saudi Arabia

What factors should I consider when investing in a sewage treatment plant?

Investing in a sewage treatment plant demands evaluating factors like wastewater volume, characteristics, regulatory requirements, and available space. Assess lifecycle costs, including installation, operation, maintenance, and disposal in Saudi Arabia. Choose a system adaptable for future needs and prioritise sustainability.

How can I ensure the long-term efficiency of my sewage treatment plant in GCC ?

To ensure long-term efficiency, establish a proactive operation and maintenance plan in Saudi Arabia. Train staff rigorously, stay updated on technological advancements, and monitor key performance indicators regularly. Engage stakeholders for transparency and support in optimising plant performance and adhering to regulatory standards.

We offer Consultancy & project execution for STP Plant (Sewage Treatment Plant) with latest technologies to name a few technologies are FAB or MBBR (Moving Bed Bio Reactor) SAFF based Treatment Plants for Sewage Water, Advance Treatment Plants etc with automatic operation semi-automatic operation or manual operation as per the requirement of the Clients /customers and as per site conditions and area availability.

PACKAGED SEWAGE TREATMENT PLANT - STP PLANT

Quite commonly, centralised sewage treatment plants (STP Plants) are in practice. However, because of the large volume discharged at one place, the centralized sewage treatment plants aggravate the environmental problem.

Considering the environmental challenges posed by centralised STPs and current legislative guidelines, the decentralised sewage treatment plants are becoming more practical and popular.

In line with this consideration, we have indigenously developed packaged STP Plant that meets individual requirements. It is simple to operate and requires minimal maintenance, power, land and consumables. The packaged STPs are manufactured in MS (with FRP lining or epoxy coated) or moulded FRP as per specific need. We offer range of STPs for 5 cu.m. Per day to 500cu.m. Per day.

These compact plants are ideal for hotels, industries, hospitals, holiday resorts, schools, housing colonies, industrial/commercial complex, shopping malls, residential apartments, hostels, site offices, etc. for its various benefits.

THE BASIC OPERATION OF PACKAGED STP PLANT INVOLVES

Aeration based on Moving Bed Bio-Reactor (MBBR) principle

Secondary solid separation

Disinfection

Final filtration

BENEFITS OF PACKAGED STP PLANT

Reusability of treated water

Releases no bad smell

Zero sludge generation

Less footprint

Easy mobility

Types of Sewage Treatment Plant mainly used in market :

Submerged Aerated / Aerobic Fixed Film (SAFF) Reactor for lower operation and maintenance costs

Activated Sludge System - Conventional

MBBR Moving Bed Bioreactor- Conventional with Moving Media

Membrane Bioreactor MBR

SBR

UASB

MBBR/FAB SEWAGE TREATMENT PLANT

Fluidised Aerobic Bio-Reactor (FAB), the space and power saving technology is a better alternative to conventional wastewater treatment plants that are large-sized, power intensive and require a lot of monitoring.

FAB offers an effective option to the conventional systems made unviable due to scarcity of open space, geographical network of piping, high power and land cost.

BENEFITS

Odourless operations, with a self-regulating system

High bio-film surface area, compact plants with high loading rates

Reduced power consumption

Simple to operate, low maintenance requirements

Non-clogging design, better oxygen transfer efficiency

Attached growth process, low sludge production, no sludge recycling or monitoring of M.L.S.S.

Removes E-coli (coli form)

APPLICATIONS

Commercial complexes

Hotels

Hospitals

Industry

Institutes

IT parks

SEZ

FLUIDISED AEROBIC BIO REACTOR

Fluidised Aerobic Bio-Reactor (FAB) as the name indicates consists of floating media of cylindrical shapes and different sizes. As compared to conventional technologies FAB reactors are compact, energy efficient and user friendly.

BASIC PRINCIPLE

Flock forming organisms form clusters or attach to available surfaces. The FAB media provides a very large surface area which

Increases the specific volumetric capacity of activated sludge tanks

Controls biomass activity

Reduces operating cost.

The clarified effluent enters into the FAB reactor, which contains the FAB media. The FAB media significantly increases the surface area for bacterial growth. Air is supplied through fine bubble diffusers. Bacteria oxidize the organic matter present in the sewage. Oxidized sewage overflows out of the FAB reactor, into the secondary settling tank.

ADVANTAGES USING FAB REACTOR:

1. Significant reduction in space requirement due to high surface area & loading rate of FAB media.

2. Reduced power and operating costs.

3. No sludge recycle required hence no sludge recycle pumps.

4. FAB Reactor is best suitable when designing a new waste water treatment plant, where operating cost & space are constraints.

5. Upgrading of existing waste water treatment plants.

6. Operate plants in low temperature areas.

7. Reduce bulking problems in existing treatment plants.

APPLICATIONS OF FAB

1. Decentralized compact sewage treatment plants for Residential complexes, Hotels / Commercial Center?s / Office Premises / Industries and Rural communities.

2. Industrial wastewater treatment from:

Food & Beverage

Textiles

Pulp & Paper

Chemicals

Pharmaceuticals

Petro-Chemicals

Dairy Production

COMPACT SEWAGE TREATMENT PLANT SKID MOUNTED

Lack of space we offer package type compact Sewage Treatment Plants, Skid mounted or containerized Sewage Treatment Plants. We have supplied Compact STP Plant as per space requirement.