WELCOME TO UNIHA WASSER TECHNOLOGIE

UNIHA is an internationally recognized specialist in the field of water and waste water technology. Since its foundation in 1979 the company engineers and supplies completely integrated solutions that help industry and communities all over the world to conserve, protect and manage the world's limited water resources today and for the future.

About UNIHA Wasser Technologie The UNIHA portfolio includes consulting, design, engineering, construction, delivery, installation and erection of the plants supplied to the extent required. UNIHA solutions are based on the customer’s individual requirements and specifications, the product needed and the quality of the available raw water. The product line-up embraces tailor-made and standardized reverse osmosis plants for the desalination of sea and brackish water, water treatment plants for ground, surface and industrial water, and waste water treatment plants.

Worldwide, UNIHA delivers a convincing performance for satisfied customers in Europe, Africa, the Middle East and Asia.

UNIHA water processing can be used not only for drinking water but also for industry, such as food, oil & gas, petrochemical, steel, mining, cement, pulp & paper. For this reason, UNIHA is the partner of many companies and municipalities.

The UNIHA team consists of highly motivated engineers with many years of experience in water treatment technology and project implementation. Our strategy is not to be bigger, but better. Thanks to the continuous process of extended training, teamwork and customer focus combined with the further development of the products, we are able to offer an optimized solution to every customer.

UNIHA is certified according to EN ISO 9001:2015. The quality management system is based on the new requirement of this international standard.

UNIHA Wasser Technologie GmbH

Address: Oberfeldstraße 8 | 4020 Linz | AustriaPhone: +43 732 / 66 38 37Email: uniha@uniha.at COPYRIGHT @ UNIHA WASSER TECHNOLOGIE GMBH

HOME/COMPANY/OUR KNOW-HOW Our know-how UNIHA is a water treatment specialist. Every project is defined by the raw water available and the product to be delivered, every project is implemented in accordance with the specific circumstances. We can achieve the optimum approach.

Properties of water General physical and biological properties of water Composition and behaviour of raw water: waste water, seawater, groundwater/brackish water, surface water Product requirements: potable water, treated and safe effluent, process water (boiler feed, cooling, ultrapure…), reused water (irrigation, process water, potable) Process & unit operations/mechanical equipment Chemical conditioning, dosing Reactors: mixing, flocculation, absorption/desorption (Cl scrubber, strippers/de-aerators), heat exchangers, filter vessels Sedimentation, thickening Filtration, membrane separation: Sand, anthracite, adsorbents (activated carbon, MnO2…) Screens, fabrics, deep-filters/cartridges, “filter inserts” Membranes (micro-, ultra-, nano-filtration, electrodialysis, reverse osmosis, forward osmosis, pervaporation/distillation, gas permeation) Pumps, energy recovery, hydraulic systems (pipelines, tanks, water hammer prevention) Dewatering: centrifuges, presses, bags, drying beds/evaporation ponds) Evaporation, crystallization, drying Biological reactors: Activated sludge systems Anaerobic digesters, UASB Biofilters Energy production & storage: Digestion, waste to energy Gas engines, heat production Autarchic systems: wind, PV, energy storage Electrics, automation & control Electric equipment Instrumentation SCADA systems

Seawater Desalination Plant in Matrouh/Egypt 12.000 m³/day in Marsa Matrouh/Egypt Egypt is a country of water scarcity. More and more, the country will face water stress, particularly in the context of climate change and the rapidly growing population, threatening the progress that has been made. Sidi Abdel Rahman is a small settlement in Egypt. This desert and beach area is located in Matrouh Governorate and is often a resting point on trips from Alexandria to the Siwa Oasis and to Matruh. The Matrouh Governorate in northwestern Egypt has experienced considerable growth over the past decade as more people use the fine beach areas along the Mediterranean coast. The area is one of low rainfall and this growth has strained the existing sources of water. Read more: Seawater Desalination Plant in Matrouh/Egypt

Seawater Desalination 30.000 m³/day Reverse Osmosis Plant in Hosco/Iran Hosco is a huge steel mill, located in a Free Zone area, near Bandar Abbas. The only source for water is open sea water intake with a TDS of approx. 46.000 mg/l. At first, it was planned to use 30.000 m³/h seawater for the direct cooling system. Then the client decided to order the sea water desalination from UNIHA with a capacity of 30.000 m³/d, being used for cooling systems and other applications in the steel complex. Read more: Seawater Desalination 30.000 m³/day

UNIHA Well Water Treatment in Serbia - Morava 17.280 m³/day Drinking Water Plant 200 lit/sec The Morawa Regional Water Supply Program was developed by the European Union. Local water treatment systems are approaching end of life and needed replacement. Several systems were now replaced by the central water treatment installation supplied by UNIHA. The existing well infrastructure was updated at the same time. Read more: UNIHA Well Water Treatment in Serbia - Morava 17.280 m³/day Drinking Water Plant 200 lit/sec

New drinking water plant for the Serbian village Veliko Gradiste The city of Veliko Gradiste is located on the river Danube in the eastern part of Serbia and well known as touristic hot spot. Perfect drinking water supply is crucial for touristic areas. Read more: New drinking water plant for the Serbian village Veliko Gradiste

Mashad City Water 500.000 m³/day Mashad is the second largest city in Iran and one of the holiest cities in the Shia Muslim world. It is located 850 kilometres east of Teheran, at the center of the Razavi Khorasan Province in the valley of the Kashaf River near Turkmenistan, between the two mountain ranges of Binalood and Hezarmasjed. Read more: Mashad City Water 500.000 m³/day

Turkmenistan MAN Ferrostaal - Water for the gas field production Over 80% of Turkmenistan is covered by the Karakum Desert. The climate is mostly arid desert with extreme hot dry summer and mild and dry winter. As a result of its climate Turkmenistan faces water scarcity. After the supra-regional water distribution system collapsed with the end of the Soviet Union, the water supply of Turkmenistan depends on international water treatment projects in order to gain the water of the Caspian Sea. Read more: Turkmenistan MAN Ferrostaal - Water for the gas field production

Sri Lanka - Three Turn-Key Plants In order to extract potable water chemically and bacterially unobjectionable from the existing river water UNIHA constructed and installed highly complex water treatment plants in three Sri Lankan cities Weligama, Hambantota and Kataragama. Read more: Sri Lanka - Three Turn-Key Plants

Brewery in Hungary - Water for Ottakringer Pecs Pecs is one of the well known Hungarian beer breweries. It is part of the Ottakringer beer company. High quality water is crucial for brewing beer. Read more: Brewery in Hungary - Water for Ottakringer Pecs

UNIHA Gets international award! In July 2015 UNIHA received an award from the Austrian Chamber of Commerce honoring it's Export Competence. UNIHA was presented as a major player in Austrian Exports, with activities all over the world. Since 1994 the Austrian Federal Economic Chamber and the Austrian Federal Ministry of Science, Research and Economy have been presenting Export Awards to Austrian companies for their exceptional success on international markets. This year one prize went to UNIHA Wasser Technologie GmbH. UNIHA has established it's reputation in the field of water treatment technology as a supplier of completely integrated solutions and innovative technologies designed to help industry and communities conserve, protect and manage water resources. UNIHA supplies tailor-made systems designed strictly according to the requirements of the customers from individual components to turn-key systems. UNIHA product range extends from the large reverse osmosis plants (100.000 m³/d) for sea and brackish water to small containerized units as well as water treatment for potable (till 5 m³/sec) and ultrapure industrial water and waste water for municipal and industrial customers of different sizes. Many years of experience in the field of water treatment technology make UNIHA a reliable partner for producing industrial and drinking water. The technologies used by UNIHA allow reaching the highest requirements of water quality. UNIHA uses only first-class and tested equipment of international manufacturers in order to ensure long operating life and little service. The effective analyses during the design phase allow selecting the most suitable process among different alternatives. In order to grant a maximum of security in operation and maintenance UNIHA offers also high standard in after sales-service. In all solutions UNIHA is keen on complying with each client’s individual wishes and requirements. Exportpreis 2015 BRONZE

Major international customers of UNIHA are: MOBIL Oil, VOEST Alpine AG, National Water Supply and Drainage Board of Sri Lanka, European Union, Vodovod Serbia, N.I.O.C. (National Iranian Oil Corporation), Electra in Cape Verde, Ottakringer Brewery in Hungary, Iran International Engineering Company (IRITEC), Ghana Water Company, Arabian Cement Company, Gas Industry in Turkmenistan, City Water Treatment in Middle East, MAN Ferrostal, National Organisation for Potable Water and Sanitary Drainage in Egypt as well as many others.

4 Plants in record time - Water Treatment in Ghana In 2014 UNIHA Wasser Technologie GmbH finalized its first turn-key project in Ghana comprising four river water treatment plants in four different locations. The scope of the project included the design, supply and installation of the water treatment equipment, civil works, power supply system and raw water intakes. The start-up of all four plants took place on 29th of January 2014, only 18 months after contract coming in force including getting the local approvals. Read more: 4 Plants in record time - Water Treatment in Ghana

Cape Verde Turn-Key Desalination Plant 10.000 m³/day Turn-Key Seawater Desalination Plant in Cape Verde (2 x 5.000 m³/day) Praia with approximate 140.000 inhabitants is Cape Verde's capital, largest city and a commercial centre. The development of the urban infrastructure of Praia has made a big progress in the last years. It concerns the extension of the street network, construction of the new residential buildings, renovation of the old ones as well as construction of the new airport and extension of the university. However, this progress is hindered by the scarcity of the high-quality water, which is a big problem in Cape Verde. The city features an arid climate with a short and a lengthy, very pronounced dry season. Read more: Cape Verde Turn-Key Desalination Plant 10.000 m³/day

Reverse Osmosis / desalination Desalination using sea and brackish water reverse osmosis (SWRO and BWRO) membrane technology has become a viable option for the development of new regional water supplies. Reverse Osmosis (RO) is also a widely accepted technology for industrial water purification. Effective mineral and salt removal converts previously unusable waters into a high-purity resource for industrial process uses. RO technology is used to remove salt from seawater through the use of a plastic membrane. RO involves the reversal of flow through a membrane from a high salinity, or concentrate, solution to the high purity, or "permeate", stream on the other side of the membrane. As the pressure loss in the membrane is very low, the concentrate flow, which is under high pressure, can be directed through a turbine which is coupled to a high pressure pump. Thus a considerable amount of the energy that is otherwise lost can be recovered. The most important factor in seawater desalination with Reverse Osmosis (RO) is the pre-treatment that protects the membrane against organic fouling, mineral scaling and chemical degradation. It includes all the necessary treatment steps ahead of the reverse osmosis plant. It determines plant life time and minimises chemical cleaning and membrane replacement. It has a direct impact on plant performance. UNIHA applies conventional filtration or ultrafiltration (UF), dissolved air floatation (DAF), water softening or acidification and disinfection before feeding water to the RO plant. UNIHA Reverse Osmosis (RO) systems deliver high performance at the lowest life-cycle costs. Our pre-engineered systems allow fast delivery and are built with high-quality components designed to meet the customer’s specific requirements. They are assembled at the customer’s facilities under the supervision of UNIHA’s highly qualified engineers and are handed over to the customer ready to run with all filters, membranes, pumps, piping, controls and automation. Additionally, UNIHA provides a full line of membrane treatment chemicals to enhance membrane performance once the equipment is operating at your site. FEATURES: Optimized train design for plant sizes up to 100,000 m³/d Latest low energy membrane technology on preassembled skids Energy recovery (ERD) according client requirements Integrated pump-membrane-ERD design Tailor-made pre-treatment Clean-In-Place and flushing equipment BENEFITS: Low energy consumption Reduced investment costs Low installation cost

Ultra-Filtration Efficient and effective water treatment generally requires a combination of different methods and technologies. This combination depends on the raw water and the cleaned water needed. The deployment of ultra-filtration offers significant advantages over conventional water treatment methods. There are now numerous applications where ultra-filtration can replace or effectively supplement sand filtration. FEATURES: Purification of surface water, groundwater and spring water to make drinking water and process water Treatment of waste water Pretreatment in sea water desalination plants in combination with reverse osmosis or thermal treatment Water for industrial use to complete water cycles BENEFITS: Removal of germs, bacteria, viruses and all types of suspended solids No addition of chemicals The quality of the treated water remains the same regardless of the degree of contamination of the original water Simple and safe to operate and manage

Renewable powered desalination Remote locations suffering from water scarcity need special solutions for water treatment. Where there are no, or only small electric grids, new solutions are needed for power supply and flexible plant operation. We provide small scale stand-alone desalination units with renewable energy production (wind, sun, and biomass) and storage as well as waste energy use. UNIHA provides specially designed desalination plants and electrical configurations which can use locally available energy sources. Our services include: Load and storage management Wind and solar powered modular seawater desalination systems Optimal use of renewable energy with available existing power plants FEATURES: Reverse osmosis plants for varying load conditions Energy management systems Wind turbines Photovoltaic and concentrating solar power systems Energy storage Waste heat utilisation BENEFITS: Independent water supply Low energy costs Use of local resources

As/Fe/Mn/CH4 removal Many ground water sources contain excessive concentrations of arsenic, manganese and iron as well as ammonia and methane. These chemicals are potentially harmful, they impair the aesthetic quality of the water or cause operational problems in the water network. We provide tailor-made solutions to remove these compounds and to safeguard your drinking water quality. FEATURES: Well design Aeration, stripping Oxidation Biofiltration, trickling filters Precipitation Ion exchange Adsorption filtration (activated carbon, MnO2) BENEFITS: Tailor-made processes Safe drinking water supply Reduced footprint Low operating costs

Surface water treatment for villages The UNIHA Compact WTP combines Automatic Backwash Gravity Filter technology with high efficiency treatment schemes designed to provide reliable and flexible performance for today’s stringent effluent needs. The system is a true-conventional treatment system and is specifically designed for turbidity, TSS and colour removal from surface water. All the necessary treatment steps occur within an optimized area, without the need for an additional facility. The gravity filters can function without control panels and automatic valves during backwash. The UNIHA Compact WTP system is designed to reduce electro-mechanical components so as to provide a convenient and reliable system for operational staff while minimizing plant maintenance. FEATURES: Reduced electromechanical equipment Compact footprint Easy controls strategy Minimizes sludge drainage Minimizes automation Sludge recycling to minimize flocculant consumption Robust construction Lightweight Easy maintenance BENEFITS: Guaranteed effluent limits Minimal maintenance required Reduced construction costs Power savings Low installation cost Low operation and maintenance cost High energy savings

Surface water treatment for cities UNIHA supplies everything necessary to achieve large and small scale upgrades and new projects for the municipal water treatment market. Our commitment is to ensure safe and economic drinking water in Europe, Africa, Asia, the Middle and Near East. UNIHA designs treatment systems that range from the traditional to the more sophisticated, such as membrane-based systems. FEATURES: Intake pumping stations Mechanical treatment Coagulation/flocculation Sedimentation Filtration Backwash water recovery Disinfection Sludge conditioning, –dewatering and disposal Chemical conditioning Electric power supply SCADA systems and control panels

Industrial water treatment The return of investment and the saving of resources are crucial for every industrial water treatment project. We tailor the optimum treatment plant based on the specific life-cycle requirements. This includes the assessment of reuse and energy saving potential. UNIHA serves all industries such as food, oil & gas, petrochemical, steel, mining, cement, pulp & paper. UNIHA understands the importance of ensuring the quantity and the quality of water resources while at the same time controlling the environmental impact of industrial activities. In partnership with the client, UNIHA develops a business strategy to optimize water and wastewater treatment facilities. FEATURES: Open/closed cooling circuits Cooling towers, heat exchangers Chemical conditioning Pumping stations Oil separation Demineralisation and condensate polishing Recirculation systems to reuse the process water Zero Liquid Discharge (ZLD) BENEFITS: Reduced costs Continuous improvement Access to proven technology and technical innovation Recovering co-products and reducing waste Guaranteed effluent limits

Waste water treatment & reuse Waste water treatment involves removal or recovery of waste water constituents harmful to any specific point of disposal and to the environment in general. Domestic, community and many sorts of industrial waste water are treated by biological purification processes, whereas many other industrial wastes need to be purified by physical/chemical treatment methods. For biological treatment processes, there are at least eight typical models, together with a number of conventional modifications for these models. However, because of the wide variety of parameters and specifications involved in each individual case, very careful investigations need to be conducted on any raw waste water. In addition, pilot studies are carried out to determine the necessary design parameters for plant engineering. FEATURES: Municipal and community Mining, forestry, and oil industries (sewage waste) Textile industry Beverage industry Pulp and paper industry Slaughterhouse waste treatment Farming Dairy industry

Consulting We make our water expertise available through our consulting services. Together with our partners from academia and industry we provide support during all project stages. FEATURES: Project development Financing strategies Energy saving Feasibility studies Environmental studies Field tests Technical assistance and price evaluation for tender documents Engineering & planning Supervision Plant/process evaluation Identification of resource/energy saving and water reuse potential Water management systems Pilot plants

Operation and maintenance On special request UNIHA Water Technology GmbH operates and maintains water treatment plants built by us or by others, to enable the client to optimize the production costs associated with water treatment, to ensure effective asset management, and to comply with the health safety, environment and quality standards.

Chemicals & Spare Parts UNIHA supplies chemicals and spare parts to support the operation and maintenance of all types of water treatment plant. We offer a unique line of specialty chemicals for membrane pre-treatment applications, and specific blends for the maintenance, preservation and cleaning of membrane systems. The result is a unique chemical product line that maximizes the operating efficiency, economy, and longevity of membrane systems, pushing the limits of solubility and recovery. FEATURES: Coagulants Flocculants Oxidants Antiscalants Cleaning chemicals, biocides Disinfection products Electro-mechanical spare parts

Turn-key projects UNIHA offers turnkey solutions for tailor-made plants. We are complete water treatment experts with a thorough understanding of every step, from system design to implementation. Our expertise and our access to the best technology enable us to solve quickly the most complex problems. UNIHA boasts a network of partnerships with the construction industry. Our engineers’ knowledge of your requirements, combined with our expertise in all aspects of water treatment, helps us identify suitable partners and handle the entire process. Regardless of the nature of your needs, our commitment and know-how enables us to work in collaboration with major partners; we would be pleased to discuss the details of your project with you. FEATURES: Feasibility studies Financing Design Component selection and manufacturing Installation Startup Training Operation and maintenance programme Quality control

Creative Financing Tools to Fund Water Infrastructure A major restraint on the provision of access to safe drinking water and delivering projects is lack of funding. UNIHA has played a key role in developing a comprehensive and inclusive financing capability that has resulted in the delivery of many projects. Our international reputation enables us to access a wide range of financiers including commercial banks, export credit agencies, development banks and bilateral institutions. One main objective is to provide support to clients for obtaining the funds needed for the proposed water infrastructure investments. Water utility administrators are required to carefully examine the financial alternatives available to them and balance their advantages and disadvantages against the needs and priorities of their systems. We can provide much more than merely financing; we also supply design, consulting, erection and O + M. This allows us to offer services that are tailored to the needs of the location and the customer. UNIHA supplies and makes offers baked by various funding bodies such as the European Union (EuropeAid), KFW Development Bank, ÖKB (Austrian Control Bank), MCA/MCC (Millenium Challenge Cooperation – USA) and EIB (European Investment Bank) etc. Some of our key reference contracts are: Sri Lanka Ghana Cabo Verde Morava Serbia Government Credits Governments provide official financing in support of national exporters through their Export Credit Agencies (ECAs), and they therefore tend to be limited to the financing of equipment. The credits made available to foreign buyers are either sourced directly from the ECA concerned, or indirectly from commercial banks backed by guarantees provided by the agency. The ECAs themselves are strictly governed by international agreements. The advantage of ECA financing is that it is relatively cheap and accessible. Commercial Lending Commercial lending generally takes the form of loans from private commercial banks or publicly owned international financing institutions. The most common form of commercial borrowing for projects is through international bank loans, which are normally syndicated amongst a number of participating banks. Public-Private Partnerships Public-Private Partnerships involve the sharing of risks and responsibilities between the two sectors. It is important to emphasise that the term does not imply any specific financing model, and the actual arrangements have to be developed on a project-by-project basis. Credit Enhancement Facilities Partial Credit Guarantees, which provide cover against all risks for a specified portion of the commercial debt, so that repayments in respect of that portion are assured whatever the cause. These guarantees have been used to encourage extensions of maturity by covering the debt service obligations in the period of the extension beyond what is normally attainable in the market. Partial or Political Risk Guarantees, which cover debt service defaults on loans to private sector projects arising as a result of the failure of the government (or any State entity) to honour its obligations under the project agreements. These guarantees usually cover direct sovereign risks such as expropriation, changes in law, war and civil strife.

References Some of the references reflecting our worldwide presence: EU Delegation , Serbia Arabian Cement Company, Saudi Arabia MAN-Ferrostal , Germany SWRO, Gas Field Turkmenistan Ghana Water Co., 4 low energy conventional water treatment plants SWRO 10,000 m³/d, Cape Verde NWSDB, River water treatment systems 17.500 m³/d, Sri Lanka Ottakringer Brewery, Hungary NOPWASD, SWRO 12.000 m³/d, Egypt IRITEC, Iran Mobile Oil, Libya NIOC (National Iranian Oil Company), Iran INSIG (Iran National Steel Industrial Group), Iran ADA, WT 17,000 m³/d Cooling water system for cement production 15,000 m³/d SWRO 30,000 m³/d, Persian Gulf City water for Mashhad , 518,400 m³/d (6m³/sec) Waste water for city of Sari, 105,800 PE Click here to request a complete list of references. Regions Europe Africa Near East Middle East Asia Awards WKO AUSTRIA Export Preis BRONZE WKO Sieger aus Leidenschaft: Die Besten der Besten in der Gruppe EXPORT, DESIGN, KREATIVITÄT Certificates ISO 9001:2015 Quality Management System

E.l.b.w. 2018: How to Maximise the Recovery of Groundwater Treatment Plants Due to the geogenic conditions, groundwater of many localities is turbid and it has increased concentrations of ammonium, iron, manganese and arsenic. In order to use this water as drinking water, it must be treated in suitable plants. This is also the case in the Velika-Plana / Smederevska Palanka (Morava Valley) region of Serbia, where a corresponding facility financed by the European Union for the production of 17,000m³/d drinking water was put up for tender. UNIHA in collaboration with the construction company PORR AG won the bidding process and successfully commissioned the plant and handed it over to the end customer in 2017. The scope of the contract included the planning, delivery and construction of the processing plant, as well as the integration into the existing infrastructure and the training and supervision of the operating staff. The main focus in the planning by UNIHA was the minimization of waste streams and a high partial load capacity due to the discrepancy between current water consumption and design capacity due to the long planning horizon. This setup led to a total plant yield of 99.5 %. AWW 2014: UNIHA Aids in Choosing the Appropriate Process Desalination by Sea and Brackish Water Reverse Osmosis (SWRO and BWRO) membrane technology is an established option for the development of new regional water supplies Reverse Osmosis (RO) is also a widely accepted technology for industrial water purification. Effective mineral and salt removal converts previously unusable water to high-purity resources for industrial process uses. R0 technology is used to remove salt from salty water by using semi permeable membrane. Pre—treatment is essential to protect the membranes against organic fouling, mineral scaling and chemical degradation, i.e. to minimize chemical cleaning and membrane replacement. Dependent on the raw water quality, conventional filtration or ultrafiltration (UF), dissolved air floatation (DAF), water softening or acidification and disinfection is applied. Other desalination technologies available include evaporation, membrane distillation, forward osmosis and electro dialysis. UNIHA can help to choose the appropriate process for all project specific circumstances. The companies R0 systems deliver high performance at the lowest life-cycle costs. UNIHA is an internationally recognized specialist in the field of water and waste water technology. The company provides a full line of membrane treatment chemicals to enhance membrane performance once equipment is operating at the clients site. The line features optimized train design for plant sizes up to 100,000m3/d latest low energy membrane technology on preassembled skids; integrated pump-membrane-energy recovery design; tailor-made pre-treatment; and Clean-In-Place and flushing equipment. AWW 2015: Highly Polluted River Water Treated for Villages UNIHA project provides safe drinking water to the population of five towns in the Eastern Region of Ghana Osenase, Apedwa Asafo, Anyinam, Kibi and Kwabeng. It is of high priority to the Ghanaian Government and is supporting their policy of developing the country in social and economic aspects realizing, that on the development of the water supply infrastructure, both in rural, and urban areas, utmost attention has to be paid. The project supports the Ghana Water Board’s efforts that everyone should have the right to access safe and affordable drinking water and adequate sanitation facilities which are essential for healthy lives and a sustainable environment. UNIHA project comprises four tum-key water treatment plants and overhaul of one existing plant. The raw water for all plants is taken from nearby rivers and is conducted via pipe system to the plants. In addition to the production and delivery of the electro-mechanical equipment the engineering experts of the company are ultimately responsible for installation, commissioning, start up as well as of the operation and maintenance of all five plants. Remote locations suffering from water scarcity need special solutions for water treatment. Where there are no, or only small electric grids, new solutions are needed for power supply and flexible plant operation. The company provides small scale stand-alone desalination units with renewable energy production (wind, sun, and biomass) and storage as well as waste energy use. AWW 2016: UNIHA Water for El Arish in the Sinai Peninsula El Arish is the largest city with over 100,000 inhabitants lying on the Mediterranean coast of the Sinai Peninsula. For many years there has been interest in expanding the existing seawater desalination facility to provide a reliable supply of water for this area. UNIHA uses the technology of reverse osmosis for the seawater desalination plant. The plant consists of the following components which are raw water storage tank, feed water pumps, media filtration plant, chemical dosing station to feed SBS and antiscalant, cartridge filter with filtration degree of 5pm, high customer's specific requirements. The main accessory of the plant is washing and flushing station for automatic flushing alter each shut-down and manual washing with the necessary chemical circulating pump, cartridge filter and the related piping. A major restraint on the provision of access to safe drinking water and delivering projects is lack of funding. UNIHA has played a key role in developing a comprehensive and inclusive financing capability that has resulted in the delivery of many projects. The Austrian government provides official financing in support of national exporters through their Export Credit Agency (ECA), and they therefore tend to be limited to the financing of equipment. AWW 2017: UNIHA Optimizes Water Treatment Plants The return of investment and the saving of resources are crucial for every industrial water treatment project. UNIHA tailors the optimum treatment plant based on the specific life-cycle requirements. This includes the assessment of reuse and energy saving potential. UNIHA serves all industries such as food, oil & gas, petrochemical, steel, mining, cement, pulp & paper. UNIHA understands the importance of ensuring the quantity and the quality of water resources while at the same time controlling the environmental impact of industrial activities. In partnership with the client, UNIHA develops a business strategy to optimize water and wastewater treatment facilities. A complete water and waste treatment for steel Industrial has been successfully finalized. Water softening units by cation exchange resin (7.200 m3/d) provide soft water as make-up of cooling systems and feed water to RO plant. Reverse osmosis units (1.130 m3/d) provide DM water for closed cooling systems. lt also features scale and oil removal (8.000 m3/cl) for CCM, cooling towers (induced draft 2.500 m3/h plus forced draft 2.300 m3/h), and closed cooling systems with plate heat exchangers, 754 m2 (40 Mkcal/h). The accessories are all chemical dosing stations, sand and carbon filter. circulating pumps, piping and cabling and emergency tanks: firefighting system, central and local power distribution and control system, service, irrigation and drinking water treatment and supply. ecolinx 2009: No gas without water UNIHA has delivered three seawater desalination systems for gas transportation plants on the Caspian Sea, two directly and a third via MAN Germany. UNIHA seawater desalination plants have capacities of up to 50,000 m3/d and produce water for industrial plants and drinking water for urban centers, in cooperation with MAN, UNIHA has completed a large industrial project in Turkmenistan involving a turnkey reverse osmosis plant that generates process and drinking water for a compressor station, which converts oil-accompanying gas into high-quality export gas. The latest technology guarantees both cost-efficient and environment-friendly operation, qualified personnel from Austria having provided support during start-up and with regard to operational management. Reverse osmosis technology from UNIHA Water from the Caspian Sea contains a high percentage of dissolved salts and the total volume of solvable material content adds up to approximately 14,000 mg/l, Following the successful removal of bacterial impurities and suspended material, the salt water can be desalinated using UNIHA’s reverse osmosis technology. Export Today 2012: Healthy water for everybody UNIHA has established its reputation in the field of Water treatment technology as a supplier of completely integrated solutions and innovative technologies designed to help industry and communities conserve, protect and manage water resources. UNIHA supplies tailor-made systems designed strictly according to the requirements oi the customers from individual components to turn-key systems. UNIHA tries to meet individual wishes arid the requirements of every customer. From design through to production and assembly as well as start-up of the unit at the customer’s plant, we aim to please each individual customer. The UNIHA product range extends; from the large reverse osmosis plants (50.000 m3/d) tor sea and brackish water to small containerized units as well as water treatment for potable (till 5m3/sec) and ultrapure industrial water and waste water for municipal and industrial customers of different sizes. Many years of experience in the field at water treatment technology makes UNIHA a reliable partner tor producing industrial and drinking water. The technologies used by UNIHA allow customers to meet the highest requirements of water quality. High standard guaranteed UNIHA uses only first-class and tested equipment of international manufacturers in order to ensure long operating lives and low service requirements. The effective analysis during the design phase allows UNIHA to select the most suitable process among different alternatives. In order to grant maximum security in operation and maintenance UNIHA also otters high standards in aftersales service. In all solutions UNIHA is keen on complying with each client's individual wishes and requirements. Due to the variety of its systems UNIHA enables the customers to select equipment that meets their operating and long-term costs. The reliable equipment in numerous configurations lets the customers choose the capability that meets their needs and budget. UNIHA has become a partner of well-known companies such as MOBILE, VOEST-Alpine, National Water Supply and Drainage Board in Sri Lanca, N.I.O.C. (National Iranian Oil Corporation), Electra in Cape Verde, Ottakringer Brewery, lran International Engineering Company (IRITEC). GhanaWater Company, MAN Ferrostal etc. Major UNIHA projects include: Sea water desalination by reverse osmosis for Hormozgan Steel Company in Persian Gulf with a capacity of 30,000 m3/d Cooling water system for cement production 15,000 m3/d from seawater RO tor Arabian Cement Company in Saudi Arabia River water treatment Systems for three cities Weligama. Hamoantota and Kataragama in Sri Lanka with a total capacity of 17500 m3/d Three sea water desalination systems for the oil and gas industry in Turkmenistan Sea water reverse osmosis for the city of Praia in Cape Verde with a capacity ot 10,000 m3/d (2 x 5,000 m3) City water treatment for Mashad in Iran with a capacity of 6m3/sec