STILT GROUP Water Treatment Systems & Innovations.

Slides:



Advertisements
Similar presentations
High performance; from 1 metric ton to 100 metric tons instant purification facility per hour, 2400tons per day Low energy consumption (25 kw/h – 38 kw/h)
Advertisements

Water Treatment Processes Disinfection and removal of solids.
Overview AST Clean water technologies was requested to design and construct an Industrial Waste water Treatment Plant with a capacity of 35 m 3 /h in.
WATER TREATMENT SOLUTIONS. Anthony Preston Limited was founded in 1951 (Now a 2 nd generation family business ) We have been providing water treatment.
Zelienople Water Department Sources and Treatment.
Introduction to Environmental Engineering Code No. (PE389) Lec. 6.
Filtration of Water in the Recharge Zone  Water travels through soil, sand/clay to the aquifer.  What if any contaminates are removed by these layers.
U5 - Water Water Use & Management. Water Use  More than 1 billion people lack access to clean freshwater  Water used for residential, industrial, or.
WASTEWATER ENGINEERING
Surface Water Treatment Plant
ETL Multi Media Grey Water Filters and Pre Reverse Osmosis Filtration.
Comodan Far East Ltd. Milk cows farm project and milk processing technology. We are honored to offer a complete comprehensive project for a commercial.
Improvement of the Capacity of Drinking Water Treatment Plant in East Quantara (Case Study) Dr. Eng. Ibrahim Khaled El-Sayed Chairman 1North & South Sinai.
Determining Uses of Water. Next Generation Science / Common Core Standards Addressed! HS ‐ ETS1 ‐ 2. Design a solution to a complex real ‐ world problem.
The NSF Water CAMPWS CAMPWS - Center for Advanced Materials for the Purification of Water with Systems.
Water Treatment for NYC Croton Schematic. NYC Filtration Plant for Delaware and Catskill Systems  Filtration avoidance criteria  Alternatives to Filtration.
Water Treatment for NYC Croton Schematic. NYC Filtration Plant for Delaware and Catskill Systems ä Filtration avoidance criteria ä Alternatives to Filtration.
Molalla Water Treatment Plant Field Trip 4/24/07 Molalla Water Treatment Plant Field Trip 4/24/07.
History In 1932 Plymouth constructed its first wastewater treatment plant In 1959 they transferred the sewage utilities over to Plymouth Utilities.
Water Pollution & Treatment Science 8 Chapter 2C NCSCOS 3.07.
BCE Environmental Engineering Water Treatment Mdm Nur Syazwani binti Noor Rodi.
What makes water dirty? How do we clean it. Can dirty water be cleaned? If you are like most people, you have not given ten seconds of thought to how.
Environmental Engineering Lecture 6. Sources of Drinking Water  Rivers: upland and lowland  Lakes and reservoirs  Groundwater aquifers  Sea water.
Water Treatment Processes. Why do we need to treat our drinking water?  Industrial runoff  Agricultural runoff  Road runoff  Residential runoff.
WATER & WASTEWATER ENGINEERING Water Supply Engineering Lecture No. 3 Surface Water Collection Works.
Processing, distribution and use of water.
Done by: Alisa Yasmin, Christabel Robert, Nuzul Nazkhatul, Ganisha, Nata, Kheng Ian & Benjamin 1E1.
SEWAGE TREATMENT.  Sewage is the mainly liquid waste containing some solids produced by humans, typically consisting of washing water, urine, feces,
AIU Day 4. Water, Water, Everywhere!! Water Treatment in SW Pennsylvania.
Water in the Community: From Lake Ontario to us Thursday, March 25 th.
Done by: Alisa Yasmin, Christabel Robert, Nuzul Nazkhatul, Ganisha, Nata, Kheng Ian & Benjamin 1E1.
Alive Project Sanitation System Non traditional sanitation system (low cost) which is implemented by Alive project in the villages is one of the useful.
Generally speaking, water is a colorless, transparent, odorless, tasteless liquid that forms the seas, lakes, rivers, and rain and is the basis of the.
Infrastructure management system Managers and engineers need clear guidelines for life-cycle management of infrastructure systems for water, sewer, and.
Water Usage and Treatment. Where does the water that we use come from? Fresh water – lakes, rivers, streams, ground water Most water on the planet is.
Impairments to Water Quality. Module Topics What is Water Quality? What are Pollutants? Types of Water  Stormwater  Wastewater  Process water.
Water Supply and Pollution
By :Nibedita Saha F-1 Submitted to:Mr. Pervez Submitted on:
The Original Water Purifier ‘S‘S Introducing….. Technology made simple for your most basic needs.
Water Treatment Plant Austin and Alison.
Brain Pop Please indicate if any of these water sources are considered polluted or not. In doing so, please explain your answer. 1. Cup of coffee 2. Muddy.
Date: Monday, May 11 th 2015 Topic: Water Purification Objective: To recognize the stages of it.
IAFNR Module 4 Natural Resources
Aqua por la vida BBS SEMARANG GROUP.
Normanton/Karumba WTP Upgrade Matt Fanning Director TBG Pty Ltd.
Activities Review for the Water Unit Test.
Waste Water Treatment. Assignments Draw, label and explain each step in the wastewater treatment process.
1. According to the water supply department, drinking water in a modern city should be (I) only (I) & (II) only (I), (II) & (III) (I), (II), (III) & (IV)
By: Tyler Stevens Mikayla Stern-Ellis Zach Jones & Althea.
ENVIRONMENTAL SCIENCE 5.4 The Waterworks. At the Waterworks When reservoirs or rivers are the source of drinking water, the water must be treated to remove.
Freshwater pollution. What is water pollution? …the introduction of chemical, physical, or biological agents into water that degrades the quality of the.
Water management company AN ADVANCED SEWAGE WATER TREATMENT CONCEPT: e – IONIZATION TREATMENT.
Vietnam Union of Science & Technology Association (VUSTA) NUSA Center for Energy and Environment Technology NUSA WATER PURRIFICATION TECHNOLOGY WASH –
Safe, Clean and Drinkable
Waste Water Treatment.
SHORT COMPANY PROFILE 2016.
ERT 468 SURFACE WATER Surface Water Sources and Quality
CHAP. 2.2 – WATER TO DRINK.
THE BEST METHOD FOR WATER FILTRATION – REVERSE OSMOSIS.
Wuhan University of Technology
Definition Irrigation is the application of controlled amounts of water to plants at needed intervals. Irrigation helps to grow agricultural crops, maintain.
Micro-irrigation Technologies in the hills of Nepal:
Water Pollution & Treatment
Hanmer Springs Water Supply
By: Donovan, Garrett, Emi, Jalee
Treatment – Plant Design
ENVE422: Wastewater Treatment Process Design
WATER Treatment & Quality
Water purification in water treatment plant.
Skid Mounted Water Treatment Plant
Presentation transcript:

STILT GROUP Water Treatment Systems & Innovations

Who we Are? Stilt Group is owned by Sudan Saudi Agricultural Investment Co. LTD (SSAI) established in 1987, with a Far Sighted Plan to Introduce Advanced Methods In Drinking Water Purifications Systems. Stilt Group Succeed To Modify And Innovates The Traditional Purification Systems In Drinking Water, To A New Concepts Offering a Wide Range Of Optimal Options. Stilt Group consists of two branches : 2

I.STILT SOIL & WATER INNOVATION CENTRE II.STILT AGRO INDUSTRIAL EQUIPMENTS FACTORY 3 Stilt group consists of two wings: STILT GROUP BRANCHES

STILT SOIL & WATER INNOVATION CENTER Is the HUB Of Researches & Innovation, Each System Has To Be Evaluated And Innovated In The Center To The Most Simplified, Durable, Cheap & Space Saving Plants. 4 An Integral Commercial Plants From The New Systems Has To Be Manufactured, Tested In Accordance With – WHO Standards, To Be Used In Production Lines For Producing A Healthy Drinking Water

STILT SOIL & WATER INNOVATION CENTER o STILT * WATER & SOIL INNOVATION CENTER – Is about to Innovates A New System, Working Hydraulically With Only One Diesel Pump To Cater All Water Purification Needs, Including Dosing Of Polymers & Chlorine. o STILT systems has been examined, Approved & qualified by The State Quality Control Department For Producing, Cheap & Save Drinking Water. 5

STILT SOIL & WATER INNOVATION CENTER 6 o STILT systems has been examined & Approved BY THE Intellectuals Property Authority granting a Patent certificate to the founder.

STILT AGRO INDUSTRIAL EQUIPMENTS FACTORY o A Manufacturer Supplier For Drinking Water Purification Systems, Specialized In, Designing, Manufacturing, Installation, Maintenance & Training For Residential, Commercial & Industrial Water Purification Projects, Including Supplies for Pipe Lines Net Work Supplies, Water harvesting & Treatment Chemicals. 7

OBJECTIVES 8 STILT * APPLICATION AREAS To purify Surface & Well raw water to standard drinking water River, canal & well Domestic water re filtration Cooling towers Algae & odor control Dust stop Surface Water To purify raw water to standard drinking water by eliminating sand, silt, snails,baby mussels and its eggs, algae which exist in the water Well Water To treat silt, sand, hardness, ferrous composites, chemical contaminants and micro organisms & adjust water quality to nun aggressive water standard.

9 Cooling Towers To eliminate: particles, rust, dust, sand, leaves, pollens and insects. pollutant coming from the process and biologic OBJECTIVES STILT * APPLICATION AREAS Discharge to Surface Water To eliminate pollutant particles from the wastewater before discharging. Agriculture To protect irrigation equipment such as drippers, sprinklers and micro-jets.

10 (FACTORY ENTRANCE PICTURE) WHAT WE DO FOR YOU: WE Understand The Water Purification Needs According to ( WHO Standard & SDW –Act ), and we deliver the quality you expect with a variety of selections & features to meet your specific application, with comparatively very low cost.

Types of Stilt Water Treatment Systems: 11 Surface Water Treatment Systems I.Low cost Traditional System II.Low cost second Generation System

Surface Water Treatment Systems Traditional System 12 Features: Capacity from 120 m 3 : 10000m 3 working with only one pump for the total process Manufactured locally with 90% of local materials Low initial cost Low running cost Maintenance free System operating with only one pump & one operator

(ITELECTUAL Certificate Copy) 13 Traditional System Process : 1.Intake pump. 2.Mixing and dosing of Polymer (mixer). 3.Pre-treatment unit. Coagulant will take space to work and remove almost 90% of turbidity. 4.Sedimentation tank phase 1. 5.Sedimentation tank phase 2. 6.Dosing of Chlorine. 7.Regardless of turbidity level in raw water, the final product will be less than 5 NTU.

14 Second Generation System Features: Capacity from 10 m 3 : 1000m 3 Working with only one pump for the total process Manufactured locally with 90% of local materials Low initial cost Low running cost Maintenance free System working with only one pump & one operator

15 Second Generation System Process 4.Sedimentation tank phase 1. 5.Sedimentation tank phase 2. 6.Final filtration 7.Dosing of Chlorine. 8.Regardless of turbidity level in raw water, the final product will be less than 5 NTU. 1.Intake pump. 2.Mixing and dosing of Polymer (mixer). 3.Pre-treatment unit. Coagulant will take space to work and remove almost 90% of turbidity.

16 Sample of Raw water & Treated water Raw water with NTU before treatment Treated water less then 5 NTU

Commercials Pumps Fittings Valves Additives Filtration Media Laboratory Equipments 17 Commercials: Beside manufacturing & implementation of treatment plants, STILT GROUP provide all necessary materials such as : Pipes

18 Contacts Presenter: Mr. Maaz Osman General Manager Mobile: Web: Address: Khartoum - Sudan