Shiva Global Environmental Private Limited

KSS offers one of the world’s largest membrane portfolios. Over the years, we have expanded and tailored our products to the specific requirements of different market applications and finished product specifications. We have a wide range of pore sizes that suit numerous applications, from removing salt to filtering large particulates. Reverse osmosis offers the finest degree of separation, followed by nanofiltration, ultrafiltration and microfiltration, which has the largest pore size. Membrane technologies can be used in combination, such as ultrafiltration followed by reverse osmosis for seawater desalination processes, and microfiltration followed by nanofiltration for clarification of fermentation broth and product concentration.

Our technologies are made to handle a wide range of process fluids, water and wastewaters. We would appreciate the opportunity to help you select an optimal solution for your separation challenges.
Selectivity

• MICROFILTRATION TECHNOLOGY 
• ULTRAFILTRATION TECHNOLOGY
• NANOFILTRATION TECHNOLOGY
• REVERSE OSMOSIS TECHNOLOGY

Special endless polymeric tube 20 mm D x 2 meters or (as
required by the applications) facilitating adhesion of floating
oil in the tank on its surface.

As the tube is passed through a set of guide and pinch rollers
through ‘U’ scrapers of Teflon , the oil is skimmed and
collected in a chute- to be disposed off.
 
Can be mounted on top of the tank or through boom projection with sufficient length of tube in contact with surface water. Oil shall be collected from the chute outlet.
 
Specifications & Oil Removal Rate 
Single stage worm reduction gear box.1/2 HP Motor, 415VAC, 3 phase, 50 Hz.
Removes oil at a maximum of 100 lph.
Material of Construction 
  
Tube - Oleophilic
Scrapper - Abrasion/ wear resistant ceramic/ Teflon
Guide - Roller MS Powder coated
Disc - Aluminum with ceramic fingers          
 

The Drums are driven by Electric Motor

Fractional hp AC motor, driven through 3 phase, 415 VAC, 50 Hz

Specially made Oleophilic drum to assist oil removal from oil-water surface

Special scraping Wipers wipes away the oil from the roller and the oil is directed to the collection tank in the vessel.

Float switch is mounted in the oil collection tank to maintain oil level in the tank

The bottom of the tank is connected to Oil vacuum pump

Once the Float switch triggers the Oil vacuum pump, the oil is sucked and transferred to the external oil collection tank on the shore

The Skimmer vessel is provided with lifting 4 hooks to assist placing at convenient place.

Roller size

300 mm dia x 400 mm to 800 mm L (appx)

Material of Construction

Vessel - FRP/SS304/SS316

Drum  - Oleophilic (Polymer/SS304/SS316)

Wiper - Teflon (PTFE)

Oil Collection Tube - Flexible PVC Braided/Rubber Hose

Funnel type skimmers are used for removal of bulk of floating oils.

They are designed with floating balls and a collector mechanism which ensures the floating oil on top is removed by gravity to the bottom of the tank & separated easily.

This ensures low cost bulk oil removal.

Oil Removal Rate

Material Of Construction

Ball : SS 304/SS 316

Funnel : SS 304/SS 316

Oil transfer Braided hose : PVC/SS 304/SS 316

Frame : SS 304/SS 316

Clamp : SS 304/SS 316

Fine polished discs made of Oleophilic polymer to diameters 300 or 350 or 400 mm facilitating adhesion of floating oil in the tank to its surface on either side & designed to skim 20,000 liters/ hr max of oil. 

Two stage worm gear box to impart speed to the disc. 

The entire setup is mounted on a float which allows the discs to freely float on liquid surface. This setup allows the skimmer to cover large area such as in large tanks, lakes, oceans etc,.

Oleophilic discs are driven either by Electric motor or Hydraulic power pack or Air motor on shore depending on the site conditions and applications.

Special scraping Wipers wipes away the oil and the oil is directed to the collection tank on the vessel.

The bottom of the tank is connected to Oil suck back hoses through which oil is transferred to the vacuum chambers on the shore.

Disc size

300 mm or 350 mm or 400 mm Dia x 400 mm to 800 mm L (appx)

Material of Construction

Vessel - FRP/SS304/SS316

Disc  - Oleophilic (Polymer/SS304/SS316)

Wiper - Teflon (PTFE)

Oil Collection Tube - Flexible PVC Braided SS304/SS316/Rubber Hose

Consist of a Rotary Slotted tube mounted on top of tank. Floating scum gets collected into the slotted tube and is discharged to drain.

Slotted Tube consists of 60 deg slot with reinforced gaps and rotates – as often as required - through manual handle or motorised arrangement.

Tube is supported on one side to a closed flange and other side to an open flange from where the scum is discharged

Comes with Cantilever pole arrangement and floor mounted boom for 360 degree rotation oil removal.

Special endless polymeric tube 25 mm D x 2 meters or (as
required by the applications) facilitating adhesion of floating
oil in the tank on its surface.

As the tube is passed through a set of guide and pinch rollers
through ‘U’ scrapers of Teflon , the oil is skimmed and
collected in a chute- to be disposed off.

Can be mounted on top of the tank or through boom projection with sufficient length of tube in contact with surface water. Oil shall be collected from the chute outlet.

Single stage worm reduction gear box.1/2 HP Motor, 415VAC, 3 phase, 50 Hz.

Removes oil at a maximum of 100 lph.

The Drums are driven by Air Motor

The Skimmer vessel is provided with lifting 4 points to assist placing at convenient place.

Fractional hp dc motor to 25w apprx, driven through 3 phase, 415 VAC, 50 Hz

Pressurized air is supplied through pneumatic hoses from compressor
on shore.

Special scraping Wipers wipes away the oil and the oil is directed to the collection tank on the vessel.

The bottom of the tank is connected to Oil suck back hoses through which oil is transferred to the vacuum chambers on the shore.

The vessel is also fitted with plastic balls to assist buoyancy and keeps the assembly floating.

Roller size

300 mm dia x 400 mm to 800 mm L (appx)

Material of Construction

Vessel - FRP/SS304/SS316

Drum  - Oleophilic (Polymer/SS304/SS316)

Wiper - Teflon (PTFE)

Oil Collection Tube - Flexible PVC Braided/Rubber Hose

These screens are intended for medium and small waste solids

From effluent channel and recommended to be used at waste

Water treatment plants.

Suitable for effluent channel width from 200mm to 600 mm

And depth up to 4mtrs. The perforated sheets provide high

Efficiency of filtration and screw is equipped with a brush on its

Edges to endure cleaning of screen media in filtration zone.

The trash retaining screen is made of stainless steel in the form

Of perforated sheet/wedge wire screen and has larger area for

Filtration due to inclination in effluent channel. Waste retained

On filtering screen are removed by axially rotating screw

Conveyor up to waste bin.

The  line of mechanical surface aerators offers the flexibility to meet your wastewater aeration and mixing needs. Our flexible, modular floating or mounted surface aeration equipment allows for customized solutions in nearly any wastewater application. We understand you are busy, so we have made our equipment simple to install and easy to maintain. Efficient design and high-quality materials have made them a reliable and long-lasting solution in harsh environments.

We offer a variety of Mounting Solutions and Accessories to fit nearly any application.

Offering:

Fixed Mounts

Float Mounts

Walkways

Cable Floats

Float support for low water levels

Guiderails for fluctuating water levels

Additional Information:

• Production Capacity: REFER TECHNICAL DATASHEET

A screening drum, or also referred to as trommel screen or rotary drum screen, is a machine for classifying, size splitting, and pre-sorting waste in a waste management plant, recycling plant or compost plant. designs vary in length and/ or diameter of the drum, and the shape and mesh of the holes in the drum.

The grit classifier consists of a sloping bottom tank and a screw conveyor. The grit settled at the bottom of the tank is collected, lifted by the screw conveyor and then drained and discharged. The screw diameter and consequently the grit classifier model varies according to the volume of grit to be dewatered.

The Classifier can either be a stand-alone unit or it can work in conjunction with the Grit Vortex Separator, which separates grit from the entire influent flow entering the plant. The concentrated grit from the Grit Vortex Separator is airlifted or pumped to the classifier for further separation, dewatering and removal.

The Classifier incorporates lamella plate sedimentation for separating the grit and other inorganic solids, and a shaftless screw conveyor for dewatering and removal of the settled material.