Ambika Projects India Private Limited

The endless belt design with improving effect of dewatering, APIPL strive to produce high efficient sludge handling method with reduced treatment cost. Advantages of our Belt press are Professional design to accommodate various type of environment Fully automatic for effortless continuous operation Rotary thickening systems helps increase the sludge processing. High tensile belts Uniform drive torque Accurate tracking Low noise and low vibration Reduce the maintenance cost High quality filter cake with lesser moisture content.

In steam based power generation plants or combined cycle power plants, or in tire or paper manufacturing industry, stream releases the energy for manufacturing or generating electricity. Once the steam give up heat it condensate back into the water or condensate. As steam Condenses, it pick ups an amount of contaminations from its environment. These contaminants are vary from the sources, where steam is used and it must be completely removed before the re-use of condensate. Condensate polishing units are made for removing these contaminants from the condensates. Condensate polishing plants are designed to give very high purity condensate to the steam generator.

The condensate polishing units are employs an ion exchange resin bed to remove the contaminants and once resin exhausted, the same is regenerated externally. APIPl offering specialized polishing plants with specialist design of resin to meet all plant and process requirement of condensate purification, condensate deoiling, make up water purification etc. APIPL's association with various resin manufacturer and its own unique design of treatment system capable to cater all the above needs of power and manufacturing industry. The treatment systems are made to operate with less operator intervence, high efficiency, accommodate large volume of condensates, High velocity and high quality at treated condensate.

All the above systems are engineered to operate in Manual, Semi auto and fully automatic mode. Also we specialized in providing the chemical handling systems and safe discharge /complete re use of Neutralization waste generating from the above plants.

EPC Contract is single point solution for fast track projects. APIPL Started EPC contract management in 2005. Since than, we had associated with various prestigious clients for setting up their industry and we own our part promise by completing the project on time without transferring any hurdles to them. Our undertaking of EPC contract is benefited to Clients in the following ways: Timely completion of the project Guaranteed plant performance with all combined units Firm project cost and fixed cash flow schedule Reduced and fixed expenditure on project management overheads and expenses. The Client need not set up a sizeable, dedicated group of experienced engineers to oversee Project execution Single point contact for your project management, allowing client to focus on their core business Dedicated and experienced team for all phases of projects Pre-approved billing schedule Transparency in all techno commercial activities Combined warranty for total plants Integration of systems/services to the main plant with clear engineering Assistance for getting clearance from government and local authorities Fixed budget After commissioning service and time bounded operations Complete training for all departments/systems Complete As built documentation Modeling of the plant during engineering.

Thickeners are one of the very popular technology for handling high suspended solids especially in power, steel and process industry. Due to the environmental demands and limitation of the water supply, reusing of the industrial effluent is very common and thickeners are playing an important role in the implementation of the various treatment method. This technology can be used in many applications with considerable modification in the design. It is highly cost effective conventional system for various applications.

Filtration is the process of removal of suspended solids, Precipitated irons, removing turbidity etc. Filters are designed for passing water usually downward, through a media where the suspended solids gets trapped and removed. Adsorption and starving are the general filtration mechanisms involved in the removal of suspended solids.

Different types of filter media are used to remove suspended solids, the most common is sand, but anthracite is also widely used. When a coarse layer of very light weight material like anthracite is placed on top of the sand in a normal down-flow filter is used, the coarser suspended particle gets filtered in the anthracite layer and the finer particles in the sand layer, resulting in a less turbid water. This two type of filtration leads to classification of filtration into surface filtration as in the former case and in-depth filtration as in the later case.

APIPL offer wider range of Filtration plants for raw water, drinking water, effluents and sewage treatment applications. Its customized and modified designs are ensured maximum removal of TSS, and even suitable for specialized applications.

This technology is the next step of the membrane based treatment systems after ultra filtration. A wide range of treatment application are involved such as hardness reduction, removal of divalent and high molecular ions and it is playing a vital part in the field of effluent recycle treatment. The nano filtration plants are operated with low and medium pressure. The feed pressure to the Nano membranes are lower compare to the Reverse osmosis systems

• Operate at medium pressure.
• Removal of Hardness.
• Removal of Divalent ions and heavy metals.
• Reduction of slat content in brackish water.
• Low energy cost.
• Compact and minimum space requirement

The ultra filtration plants offer the highest level of purifications means high water productivity. The systems are used for removing the particulate matters, silicates, Insoluble irons, Microorganisms and reducing the turbidity, suspended solids, colloidal materials etc. Ultra filtration systems are most efficient and eliminate the use of conventional treatments, chemical agents for co-agulation, polymer addition for flocculation, Micron filtrations and carbon and sand filters in some cases. It also removes colloidal silica and other colloids which cause fouling, scaling and poor performance of the plant equipments.

• Operate at low pressure
• Eliminating usage of coagulant and flocculent chemicals
• High solid compatibility
• Maximum recovery
• Low energy cost

The success of the reverse osmosis technology has been due mostly to the economics of its operation and to its simplicity. Compared to other salt-removal technologies, it is relatively inexpensive to purchase and to operate. It requires neither an energy-intensive phase change such as distillation nor a large volume of strongly acidic and caustic chemicals.

the basic process of reverse osmosis uses a pump and a semi permeable membrane. The pump provides the driving force. The semi permeable membrane passes water in preference to the solute that is dissolved in the water, thus the majority of solute is left behind to form a more concentrated stream. The process of reverse osmosis is not the same as filtration. It is more likely that water and smaller-molecular-weight organics are able to diffuse through the membrane polymer by bonding between segments of the polymer's chemical structure. Dissolved salts and larger-molecular-weight organics will not permeate the membrane because of their size and charge characteristics. The ro membrane also is able to obtain nearly absolute removal of suspended particulates that have no means of traversing the membrane except via mechanical lesions.

apipl offered a verity of reverse osmosis based purification plant for various applications. The system offered by us is offering maximum recovery, less operating cost, long time reliability and best performance. The systems/plants offered by apipl inclusive of :

• desalination
• drinking and potable water treatment
• demineralization
• industrial water treatment & effluent recycling plants.
• waste water treatment.
• specialized industrial applications.
• industrial / commercial water treatment
• effulent recycling

For the enhancement of the wastewater purification system and reducing the capital expense and space constrain, apipl offers a wide range of plate/tube and lamella separators designed to treat small and large sewage and effluent treatment. This technology will serve as a more efficient replacement for the conventional systems and replaces more expensive and more mechanized treatment plants. The separators are low maintenance, low energy requirement and low operations cost type and potential for high surface loading rate, improved surface area, no plugging problems, and reduced retention time.

This type of presses are liquid /solid separation devices that utilize feed pressure to squeeze pressure to reduce the liquid content in process.

• high-pressure filtration with low moisture content
• powerful and effective filter cloth
• unique plate shifting and cloth washing system
• corrosion resistance filter plates
• full- semi- manual operation
• power saving, free trouble, low operational and maintenance cost.
  

Dissolved air floatation is one of the multi-diversified technologies for solidliquid separation. This process involves the separation of small and medium sized solids by adhesion of controlled air with the help of chemical dosing entrapment and adsorption of flocs. DAF units are used for removing the COD, BOD, Suspended solids, Oil and Grease, Metals and VOCs. This is normally used in the secondary treatment for treating different kind of effluent and wastewater. This gravity separation system which help to float the suspended material in the surface and thus results a total recovery/removal of the materials floated. Hence these subsystems are widely used in the paper, dairy, food and beverages plant for reconvening the insoluble materials and reuse in the plant. APIPL offer wide range of DAF unit equipped to cater almost all needs covered in the secondary treatment. Depending on the requirement, APIPL offers customized design and one or more technological combination with DAF system to satisfy the treatment of wastewater.

API oil separators are used for removing the oil, water insoluble hydrocarbons and settable solids. These separators are designed as per API standard and using gravity mechanism for separation. APIPL is offering two types of API separators for different application, ie, Baffle type and Coalescing type. These systems are designed with many features depend on the applications with various optional methods. APIPL separators are designed for removing almost all type of Industrial/fuel oils, Vegetable oils, compressor or grease based oils, Hydrocarbon based derivatives etc. Advantages of APIPL separators are Removing oil to less than 10 ppm on average basis. Less spaces and compact design Various features to cater different conditions. Imported media for strong /stable performance. Separate design features for final polishing. High efficiency Can operate in various operation, flow, and temp conditions. Wide selection of Materials for construction.

For the enhancement of the wastewater purification system and reducing the capital expense and space constrain, APIPL offers a wide range of Plate/tube and lamella separators designed to treat small and large sewage and effluent treatment. This technology will serve as a more efficient replacement for the conventional systems and replaces more expensive and more mechanized treatment plants. The separators are low maintenance, low energy requirement and low operations cost type and potential for high surface loading rate, improved surface area, no plugging problems, and reduced retention time.

This process is exchange of gases between the water and atmosphere. The treatment method is basically for the transfer of oxygen to water for the expulsion of co2, hydrogen sulphide, and other violate substances. It has very important in the effluent /wastewater treatment applications include the precipitation of the impurities like iron, manganese in certain forms, and reducing COD and BOD. APIPL aeration technology consisting of different type of aerators. This aerators are used for utilizing the maximum kinetic energy. APIPL floating aerators are capable to treat the effluent with high velocity for specified applications and needs, The following type of aerators are engineered and supplied by us:

• Floating aerators
  
• Fixed aerators
  
• Diffused aerators
  
• Spray aerators

Clarifiers / Clarifloculators with or without chemical additions is the essential part of the effluent treatment. The complicated and detailed process considerations are involved in the clarifier/clari-flocculator design depend on the area of treatments. In general, a best design of the same is capable to take care of the marginal reductions of Turbidity, TSS, TDS, Hardness and many other undesired impurities. The coagulation (rapid mixing) followed by the flocculation and sedimentation in definite experienced design is one of the most efficient conventional treatment in the effluent. Since the inception, APIPL is graduated in the clarifier/clarfiloculator technologies and now offering a wide and highly effective method for clarification of the effluent. Its various installation case studies are ensuring that these systems are more efficient and suitable for even many critical applications and maintaining the effluent quality.

Basically to remove the caustic from the effluent water. This treatment methods are using for bottle washing effluent recovery and such applications where caustic soda will be added the process.