العائد الإستثمارى

العائد الإستثمارى

العائد الإستثمارى

العائد الإستثمارى

العائد الإستثمارى

العائد الإستثمارى

1. Weather and energy
2. Quality of power supply

العائد الإستثمارى

1. Water resources

The project includes the design, construction and maintenance of a purification plant and a lifting station with 400,000 m³/day capacity for the treatment of sewage resultant of the South Al-Matlaa City, together with an electrical transmission station with 16 megawatt capacity, administration buildings, laboratories and infrastructure services for the sewage purification plant project and treatment of sludge resulting from the plant to replace the electric power in order to give, together with the wind and solar energy, an estimated 50% electricity needed to operate the plant; in addition to a control system and distribution of treated water (DMC) and water treatment lines to the Birds Sanctuary and the Irrigation Grid of the city of South Matlaa and to the Abdali farms. The project supports the development plan and contributes to the integrated services and facilities of a complete housing city. It also achieves environmental requirements through the establishment of a wastewater treatment plant

1. Wastewater treatment and reuse in cosmetic farming and stopping desertification.
2. Environmental protection
3. Build main 16 mm power transmission station
4. Saving on the use of electric power by using renewable energy systems (wind power, solar energy, methane gas) to provide 50% of the electrical power required to operate the plant
5. Design, build and maintenance of a purification plant and wastewater extraction station with 400,000 m³/day capacity to treat wastewater at the city of South al-Matlaa
6. Sustainability in developing, renewing and upgrading the efficiency of the treatment networks and treatment stations
7. Build a purification plant with a sewage extraction station with a capacity of 400,000 m3/day
8. Save on the use of electric power by using renewable energy systems (wind power, solar energy, methane gas) so to provide 50% of the electrical power needed to operate the station
9. Wastewater treatment for use in agriculture

العائد الإستثمارى

1. Weather and energy
2. Water and sanitation

1. Develop the networks of infrastructure and wastewater treatment
2. Environment protection
3. Develop treated water networking to use in watering gardens and farms

The research and development of desalination technology project using renewable energies is a strategic and development project that aims to translate the components of Kuwait’s development plan into human, environmental and economic development areas by reducing dependence on oil and conserving oil reserves, for future generations according to the country’s vision of 2035. For that, an area of 653,742 sqm at the Berghedi area located directly on the sea, has been allocated for the project to establish this cultural research center, which aims to achieve a sustainable living environment by building an integrated model of an advanced research center for desalination using renewable energies, in addition to the production of fresh water from beach wells and creating opportunities to develop new industries to extract minerals and salts with economic return from wastewater for desalination which enhances the environmental nature of desalinization processes. The project will establish a model station for the production of 1 million imperial gallons per day of fresh water using alternative energies and extraction of salts and elements of economic value from brackish water resulting from desalination processes. The project also will establish a factory to produce 36,000 bottles of water per hour of high-quality beach wells in addition to establishing a training and educational center to spread water awareness and create an attractive and sustainable scientific environment in the State of Kuwait.

1. Establish a training and educational center to raise awareness of marine environment to create an attractive and sustainable scientific environment in Kuwait
2.  Establish a factory to produce 36,000 bottles per hour of high quality coastal wells
3. Establish a model station for the production of half a million imperial gallons of freshwater using alternative energy sources
4. Extraction of salts and elements with high economic value from high salinity water resulting from desalination processes, towards achieving other vital objectives such as contributing to the country’s economic growth and improving Kuwait’s ranking on envi
5. Apply the use of advanced techniques for the treatment and desalination of water, such as innovative membranes and hybrid techniques, thermal and other methods with the aim of producing fresh water for high production capacity at low cost as a start for f
6. Commercial production of high-quality freshwater water from coastal wells that is characterized with stable and good temperature compared to direct sea water; the plant will produce water with balanced composition according with highest global standards o

العائد الإستثمارى

1. Weather and energy
2. Water and sanitation

1. Utilize natural resources
2. Increase water production at lower costs
3. Environmental protection

The project aims to add electric power to operational energy generated at conventional power plants and diversify energy sources to include renewable and environmental friendly energy sources. Also, add electric power to meet expected increase in energy demand and the production of 15% of electricity produced from renewable and environmental friendly energy sources by 2030

العائد الإستثمارى

1. Weather and energy
2. Quality of power supply

The construction of the Al-Doha desalination plant with reverse osmosis (Phase I): (1) the production of potable water for all population of Kuwait; (2) increase the availability of potable water to surrounding areas; (3) increase new job opportunities.

1. Provide treated groundwater so it is used as potable water
2. Produce 60 million imperial gallons per day of fresh water
3. Ensure water's availability in adequate quantities so to meet increasing demand by the industrial and urban sectors

العائد الإستثمارى

1. Water resources

1. Improve balanced servicing of the different regions to ensure distribution of water desalination projects across Kuwait
2. Improving the balance in the production of electricity and water
3. Reduce energy consumption and operational capital costs

Supply, installation and commissioning of five air quality monitoring stations, including equipment, devices and technologies for the laboratories to analyze samples that are collected during the detection and inspection of factories and the marine environment; supply and commissioning of an integrated environmental center at East Shuaiba industrial area for completing monitoring, inspection, collection and the analysis of samples, drafting reports and studies and ensure compliance with environmental standards and requirements; Provide training of 15 national staff on analysis, sampling, detection, data analysis and reporting; maintaining the safety of air environment.

1. Analyze, evaluate, monitor and detect air quality data using automated devices, equipment and systems according to environment standards
2. Periodic inspection of internal work environments of factories and the collection and analysis of samples at the Center's laboratories
3. Analyze and evaluate samples and data received from inspection works using automated devices and equipment according to environment standards
4. Conduct an all-around-the clock monitoring of air quality
5. Monitor and detect any increase in pollutants above the maximum .

العائد الإستثمارى

1. Air quality
2. Weather and energy
3. Air pollution

1. Monitor industrial environment at the Al-Shuaiba industrial area and improve air and water quality

A. The design and construction of a sanitary landfill site and its facilities for municipal solid waste management at the Kabad area, following international environmental and technical standards, where municipal solid waste is received and sorted and the unwanted part is discarded into the backfill to ensure any leaked gases and water are controlled and collected for good use in a safe manner; B. The Design and Construction Project of same-design buildings to provide accommodation for municipal employees at landfill sites to ensure a healthy and suitable working environment while improving their supervision and monitoring capacity over landfill contracts

1. (a) Provide an appropriate working environment for employees to improve performance (b)
2. Provide 3 buildings with fully integrated services on a total area of 2982.8 sqm for supervising and monitoring of municipal landfill work at the active landfill locations
3. Safe disposal and utilization of municipal solid waste
4. (a) Protect the environment against waste related pollutants (b) provide clean treated water (c ) Provide alternative renewable energy (d) reducing wastage and depletion of plots of land used for unhealthy dump
5. Construction, operation and maintenance of a healthy municipal waste landfill on an area 500,000 sqm according to international environmental standards including areas for reception, weight, sorting, isolation, storage, demolition, a health backfilling zo

العائد الإستثمارى

1. Air quality
2. Weather and energy

1. Ensure safe management of municipal waste safe disposal
2. Establish, operate and maintain a sanitary landfill site for municipal solid waste and its facilities for sorting, separation and storage, disposal, healthy landfills, sewage water collection and treatment unit, collection and treatment of gas emissions f

Maintain a safe air environment and improve Kuwait’s ranking on global indicators for air quality

1. Support the Monitoring Network with two additional stationary stations
2. Training 5 employees on computational models and calculation of environmental load
3. Environmental Load Report
4. Continuous monitoring and quantification of pollutants
5. Providing environmental load applications that can be regularly updated
6. Identifying the most polluted areas

العائد الإستثمارى

1. Air quality
2. Weather and energy
3. Air pollution

1. Monitor and improve air quality