ACCIONA to develop its fourth wastewater treatment plant in Ecuador

EMAPAG, the municipal water and sewerage company of Guayaquil (Ecuador), has awarded ACCIONA the construction of the ‘Los Merinos’ wastewater treatment plant (WWTP) in the north of the city. The project, which includes the ‘Progreso’ wastewater pumping station, is valued at US$160 million (€140 million) and is financially backed by the World Bank. The plant, which will serve 1.5 million people, is expected to take 42 months to complete.

The WWTP will include advanced wastewater treatment and sludge treatment processes and will have a capacity of 4 m³/s. The facility will help eliminate unpleasant odors in the area and therefore improve its environmental surroundings. 

In 2019, ACCIONA completed, also for EMAPAG, the construction of the ‘La Pradera’ pumping station as part of the future ‘Las Esclusas’ WWTP in Guayaquil, which replaces the previous pumping station and contributes to modernizing the city’s water purification network.

The project, financed by the European Investment Bank and executed by ACCIONA on a turnkey basis, had a budget of US$25 million (€22 million). The scheme is part of a program to provide universal sanitary sewerage services for one million people – a third of the total population of Guayaquil – from the center to the south of the city.

ACCIONA has designed and constructed more than 330 wastewater treatment plants worldwide, with an overall capacity of 22.3 million m³ per day, the equivalent of serving a population of more than 80 million inhabitants.

The ‘Los Merinos’ plant is ACCIONA’s fifth water treatment scheme and fourth wastewater treatment plant in Ecuador, where the company first opened its local office in 2012. This new contract strengthens ACCIONA’s position as one of the leading players in Ecuador’s water infrastructure sector and in large wastewater treatment schemes in Latin America.

In 2018, an ACCIONA-led consortium was selected to build the Loja WWTP, a turnkey contract valued at US$16.6 million (€13.4 million), with financing from the Development Bank of Latin America (CAF). The treatment plant, now completed and in initial operations, has a maximum hydraulic capacity of 1.45 m3/s and will serve a population of up to 350,000 inhabitants.

ACCIONA is also leading the consortium responsible for the US$40 million (€35 million) construction, expansion and improvement of water collection and purification systems in Esmeraldas, in the north of the country. The project, which will serve a population of more than 200,000 people, is a turnkey contract financed by the Inter-American Development Bank (IDB) and includes a water treatment plant and an electrical substation.

ACCIONA also completed in 2017 the Ibarra WWTP, also in the north of the country, which has a capacity of 43,200 m³ per day. This facility is in operation serving a population equivalent to 200,000 people. The WWTP was designed following a rigorous environmental protection plan through an advanced biological purification system.

In addition to its ample experience in the water business, ACCIONA is also building one of the Ecuadorian capital’s most emblematic projects, the construction of the second phase of the Quito metro. This contract is worth US$1.54 billion (€1.4 billion).

Source: ACCIONA

Clean TeQ Water Awarded new Contract for EVAPX technology to reduce carbon footprint of agricultural by-product processing facility

Clean TeQ Water Limited is pleased to announce the award of a significant contract to design, procure, and deliver an EVAPX™ system to treat wastewater and recover clean water at an agricultural by-product processing facility located in New South Wales, Australia.

The contract, which has a value of around A$ 1.6 million is scheduled to become operational in CY Q2 2022 when completion of construction is expected (30 weeks after contract signing). The contract counterparty is the Loris H Hassall Pty Ltd.

Clean TeQ Water’s EVAPX™ process evaporates the water from a high concentrate dirty wastewater, reducing the overall wastewater volume and allowing the recovered water to be re-used in a beneficial way. The EVAPX™ solution was chosen for its ability to evaporate the water using much less energy than alternative solutions, thereby substantially reducing the carbon footprint of the products produced.

The EVAPX™ technology is an efficient, low energy method to treat highly concentrated wastewaters and brines to achieve minimal liquid discharge (MLD) or zero liquid discharge (ZLD). EVAPX™ is supplied as a complete engineered package and has applications for treatment across a wide variety of industrial sectors including mining, metal processing, and chemicals.

The contract is the 5th contract signed by Clean TeQ Water in 2021 showing an accelerating market interest generated for our portfolio of unique technology solutions.

There are no conditions precedent to the contract and standard termination and warranty provisions apply. In accordance with ASX Guidance Note 8 the company confirms that there is no other material information.

Source: Clean Teq Water

water treatment project

SSEM secured $202 million Industrial Wastewater Treatment Plant Contract

Saudi Arabia’s Marafiq (Power and Water Utility Company for Jubail and Yanbu) awarded the contract to expand Industrial Wastewater Treatment Plant No. 8 (IWTP8), Phase 4.

The Project location is in Jubail, eastern region of Saudi Arabia.

The project has been awarded to Saudi based construction firm, Saudi Services for Electro Mechanical Works Co. (SSEM).

The value of signed contract is SAR 757,500,000 (USD 202 million).

As per the temrs of the contract, SSEM will expand the existing Industrial Wastewater Treatment Plant No. 8. The Phase 4 expansion will enable the plant to treat industrial wastewater with a 125,000 cubic meters/day of liquid waste in addition to its current capacity.

The project completion period is 36 months.

The expansion of IWTP-8 will use the latest technologies to enhance the capabilities to preserve the environment and ensure full commitment to the Royal Commission’s environmental regulations.

At present, in Jubail, Marafiq is having the total network length of approximately 1,200 km for sanitary and industrial wastewater. All wastewater is collected through a pipeline network will be delivered to the Industrial Wastewater Treatment Plant (IWTP8) and the Sanitary Wastewater Treatment Plant (SWTP9).

At present, IWTP-8 is having design capacity of 148,000 cubic meters/day and SWTP9 is having design capacity of 159,000 cubic meters/day.

Source: Saudi Gulf Projects

Water Treatment Plant process at sunset

SUEZ TO EQUIP WORLD’S LARGEST MABR WASTEWATER-TREATMENT SYSTEM IN CANADA

Suez Water Technologies announced that the Region of Waterloo (Canada) has selected SUEZ’s ZeeLung technology to equip what will be the largest Membrane Aerated Biofilm Reactor (MABR) system in the world at the Hespeler Wastewater Treatment Plant, in Ontario. The innovative technology will support the regional government’s objectives to deliver better water quality while improving nutrient removal, reducing energy and maximizing the treatment capacity and performance from existing assets.

“This is a first-of-its-kind project for Canada that will demonstrate ZeeLung’s benefits: the ability to quickly and easily upgrade existing wastewater treatment plants on a cost-effective basis, with little disruption to on-going operations,” said Kevin Cassidy, executive vice president engineered systems for SUEZ – Water Technologies & Solutions. “The technology allows customers to increase the treatment capacity of their plants, for a better water quality in a compact footprint while also reducing energy consumption.”

ZeeLung technology is used to upgrade conventional activated sludge plants for nutrient removal and capacity expansion. ZeeLung employs a gas permeable media to deliver oxygen to a biofilm that is attached to the media surface. Oxygen is delivered through the media by molecular diffusion, which is done without the use of bubbles. In conventional wastewater treatment, 60% of the energy used is consumed by blowers that deliver bubbles to provide the oxygen necessary for the biological process. With ZeeLung technology, oxygen is delivered without bubbles, which reduces the energy required for oxygen transfer by up to 4-times. This allows plants to significantly reduce their energy footprint while also increasing capacity and improving treatment quality.

The Region of Waterloo, in southwestern Ontario serves a total population of more than 600,000 people using its 13 wastewater treatment plants to process 180 million litres of wastewater per day. To meet the projected population growth, the secondary treatment process of the Hespeler plant has to be upgraded. The new contract follows an 8-month pilot which demonstrated the ZeeLung technology and refined the design for full-scale implementation.

When commissioned in 2021, the 9.34 MLD upgrade will be the largest implementation of MABR technology in the world.

Source: Chemical Engineering

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Kuwait signed $1.6 billion Umm Al Hayman wastewater PPP Project

The project aims to develop the wastewater treatment project in Umm Al-Hayman in view of the urgent need to expand the capacity of wastewater treatment and the removal of the wastewater treatment plant currently located in the southern region of Kuwait.

The project consists of the construction of a new sewage treatment plant within the boundaries of the current Umm Al-Hayman purification plant to treat wastewater.

The initial capacity of the project will be 500,000 cubic meters of average daily flow. The construction of sewage and treated water lines from AlAgaila pumping station to the new station and a major power transformer station also part of the contract.

The sewage treatment plant will be expandable by 200,000 cubic meters per day, with a final capacity of 700,000 cubic meters per day.

The project consists of two parts, one of which will be developed according to the BOT system and the second according to the design, construction and operation system (DBO).

The investor will have to operate and maintain the plant for a period of 25 years from the date of completion.

The investor will also have to ensure the establishment of a system of transport and distribution of the network.

The network includes the transfer of sewage water to the plant, the treated wastewater transportation and distribution network and the operation of the transmission and distribution system for a period of 3 years from the date of operation.

The project will then be handed over to the Ministry of Public Works in accordance with the specific part of the DBO system.

Source:http://bit.ly/2O1AZoa