Natural resources are becoming scarcer and are deteriorating while demand rises. We are designing and implementing innovative solutions to take on the four major challenges of the resource revolution: developing access to the resources, protecting these resources, optimizing their use and producing new ones. This is how we're helping to secure the resources essential to our future.
We are developing access to resources for everyone
The question of resources availability is vital. We must supply the highest number of people with drinking water of high quality at a fair price. We must also optimize the collection and recovery of waste so it can become a source of new resources to recycle and recover.
m³ of drinking water produced worldwide
people do not have access to clean drinking water
tonnes of recovered materials from sorting centers
With less than 600 m³ of water per inhabitant, per year, Algeria is considered one of the poorest countries when it comes to water resources. With the creation of the Algiers water and sanitation utility (Société des Eaux et d'Assainissement d'Alger (SEAAL) in 2006, part of a public-private partnership with SUEZ, residents of the city of Algiers can now enjoy a 24/7 water supply and a better wastewater treatment system.
Masdar, in the United Arab Emirates, is a region known for intense periods of water stress. SUEZ’s pilot facility for desalination of seawater by inverse osmosis is powered by renewable energy and has a low environmental impact. The facility produces 100 m3 of drinking water a day and consumes less than 3.6 Wh/m3 of electricity. It provides access to high-quality drinking water for the region’s inhabitants.
Smart technologies developed by SUEZ can monitor the traceability of waste in every household. Residents are invoiced according to the volume of waste they produce and the number of waste collections from their homes. This incentive-based pricing system encourages households to sort their recoverable waste better and therefore taps into the potential of new resources.
By protecting natural resources, we are guaranteeing the quality of our environment and our resources in the future. Cities and industry are becoming increasingly concerned about reducing their activity's environmental impact. We're helping them to improve the quality of their discharge, recover their sludge into energy, reduce their CO2 emissions, decontaminate soils and promote biodiversity.
tons of greenhouse gas emissions saved by our customers
m3 of wastewater biologically treated every year
tonnes of hazardous waste treated
In Morocco, we designed and launched Greater Casablanca’s East Coast Anti-Pollution System. The system will be able to treat 100% of the city’s wastewater and also intercept its discharge along the coast. By protecting the coastline, this project falls within the city’s East Coast urban rehabilitation program, which includes renovating and upgrading the seafront and improving the living conditions for local residents.
In Lebanon, we've helped the city of Sidon rehabilitate an open-air mountain of waste that had accumulated over more than 30 years. In partnership with the company JCC, and with the support of the United Nations Development Program, the project has overseen the introduction of waste storage, recovery and recycling facilities, as well as a new public park. By rehabilitating what local residents called the “mountain of shame”, we've helped to protect the coastline and the health of local inhabitants.
SUEZ’s Influx® technology uses a continuous weather surveillance system to help cities anticipate periods of rain. SUEZ adapts rainwater storage capacities in real time to prevent overflows, which are a source of pollution and flooding. Once the rainwater has been collected, it is treated and can be reused for collective purposes, such as watering parks and gardens.
Information technology is at the heart of our business to improve the efficiency of the resources use. Real-time management of water and sanitation services, smart collection systems, reverse logistics, optimization of energy consumption in factories – these are all solutions generating significant economic and environmental savings for our customers.
of networks controlled remotely in Europe
sensors fitted to drinking water networks in Europe
volume sensors in waste containers
The remote meter reading enables the management of resources to be optimized on a collective network. We are the leader on the European market and our product is used in many countries including China, Morocco, Singapore and Chile. Smart meters fitted in consumers’ homes measure the volume of water consumed and detect leaks, thereby saving both water and money.
We offers cities the possibility of integrating digital technology into the points of voluntary bring system. We make the containers smart by installing digital volume meters. Waste collection services are then informed, in real time of how full the containers are. This enables them to optimize collection rounds, reduce noise pollution and CO2 emissions and avoid emptying half-full or overflowing dustbins.
With our 12 VISIO management centers in France, we offer smart management solutions for water and sanitation services. These regional control towers monitor water table levels, as well as water pressure and quality in real time. They also ensure that maintenance workers are quickly deployed in the event of a leak and can anticipate periods of heavy rain to avoid the risks of flooding and overflows in the environment.
The resource revolution is circular: transforming seawater into drinking water, sludge into renewable energy, and waste into energy or secondary raw materials, it has become necessary. By creating new, high-quality resources we avoid drawing on scarce natural resources.
tons of secondary raw materials returned to market
people supplied with drinking water produced from desalinated seawater
tonnes of waste recovered worldwide
In China, the Chongqing plant has been treating wastewater for over one million inhabitants since 2009. The INNODRY®2E technology implemented by us treats all the sludge produced - as much as 240 tonnes a day – dries it and transforms it into alternative fuels that then supply the plant with power. The treatment plant is therefore partly self-sufficient in energy.
In France, wastewater treatment plants are in the process of becoming new regional energy production facilities. By treating the biogas from their sludge on an industrial scale and transforming it into biomethane, we've created local, sustainable, low-carbon renewable energy channels. Examples can be found in Strasbourg, Valenton, Annecy and Angers, where treatment plants produce gas that is injected into natural gas networks or transformed into fuel for heavy goods vehicles.
At our Plast’lab® laboratory, we produce recycled plastic equivalent to virgin plastic quality and even better suited to industrial requirements (shock resistance, heat resistance etc.). Also, using recycled plastic reduces energy consumption compared with virgin plastic production. Designed and developed for industrial manufacturers, this recycled plastic helps them improve their economic, environmental and energy performance.