Water and energy are naturally linked. For electricity or fuel production through coal, oil and gas production, geothermal power plants, hydroelectric power plants, nuclear power plants, solar power plants and, to a lesser extent, wind power plants, the water footprint can be very important.
The interdependence of energy and water.
According to a report from the World Bank Group's Thirsty Energy Initiative, energy consumption will increase by 35% between 2010 and 2035 Increase in water consumption by 85%, in addition to more water pollution.
Aware of the limits of water resources, public organizations and private companies in the energy sector are currently facing one of the greatest challenges: to reduce their dependence on clean ground and surface water in the short term so as not to impair energy demand and its production.
Salher remains committed to supporting international engineering and construction companies in the electricity, oil and gas industries, providing efficient solutions for wastewater treatment and reuse systems.
Our latest projects in the energy industry.
DEWA II photovoltaic solar system
Location: United Arab Emirates.
Capacity: 3 m³ / h.
Tertiary treatment, purification system through microfiltration and reverse osmosis.
Engineering, manufacturing and equipment supply, commissioning and practical training.
refinery
Location: Peru.
Capacity: 30, 64 and 100 l / s.
Pretreatment, biological treatment.
Engineering, manufacturing, equipment delivery.
NODO power plant
Location: Peru.
Capacity: 10 and 20 m³ / hour.
Hydrocarbon separation with mechanical skimmer.
Engineering, manufacturing, equipment delivery.
Mesaieed power station
Location: Qatar.
Pre-treatment, biological treatment, tertiary equipment with microfiltration and chemical and UV disinfection system.
Capacity: 50m³ / day.
Engineering, manufacturing, equipment delivery, commissioning and maintenance.
Pengerang cogeneration plant
Location: Malaysia.
Capacity: 30, 64 and 100 l / s.
Hydrocarbon and mineral oil separation with instrumentation.
Engineering, manufacturing and equipment delivery.
Kilpilahti power station
Location: Finland.
Capacity: 50 m³ / h.
Hydrocarbon and mineral oil separation in tanks with a double-walled isothermal system to ensure absolute thermal insulation.
Engineering, manufacturing, equipment delivery and technical manuals in Finnish.
Energy station in the port of Salem
Location: United States of America.
Capacity: 6 l / s.
Hydrocarbon and mineral oil separation in tanks with a double-walled isothermal system to ensure absolute thermal insulation.
Engineering, manufacturing, equipment delivery.
Tierra Mojada combined cycle power plant
Location: Jalisco, Mexico.
Lamellar hydrocarbon separator with three chambers: one for calming, another for settling, hydrocarbon separator and oil reservoir.
Flow rate: 50m³ / day.
Engineering, manufacturing and equipment delivery.
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