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Comunicado de prensa

18 de mayo de 2022

Gradiant, líder tecnológico en la resolución de problemas críticos del agua, recibe el codiciado premio Global Water Awards

Gradiant was honored with “Distinction – Water Technology Company of the Year” at the Global Water Awards 2022 for innovations like CFRO and SmartOps. Synauta, recently acquired by Gradiant, received "Empresa Tecnológica Innovadora del Año" for its AI-driven desalination performance optimization, affirming Gradiant’s leadership in digital and sustainable water solutions.

Comunicado de prensa

17 de noviembre de 2021

Gradiant recauda más de $100 millones en nuevos fondos para el crecimiento de Cleantech Water

Gradiant has secured over $100 million in Series C funding, led by Warburg Pincus and Schlumberger New Energy. The investment accelerates Gradiant’s global growth, particularly in Asia Pacific, to deliver cleantech water solutions focused on reuse, recovery, and zero liquid discharge across industries including microelectronics, pharmaceuticals, and food and beverage.

Comunicado de prensa

20 de septiembre de 2020

Global Water Treatment Company Gradiant Acquires Sigma Water (Malaysia) as Part of South East Asia Growth Strategy

Gradiant has acquired Malaysia-based Sigma Water Engineering to strengthen its presence across Southeast Asia. The move integrates Sigma’s industrial project delivery strengths with Gradiant’s advanced technologies like CGE and RO Infinity, offering sustainable and cost-effective water solutions. Customers will benefit from enhanced performance and Zero Liquid Discharge capabilities.

Comunicado de prensa

18 de agosto de 2020

Gradiant prevé un rápido crecimiento en el mercado del agua en Asia-Pacífico con 12 proyectos adjudicados en el primer semestre de 2020

Gradiant secures 12 major water and wastewater treatment projects across Asia Pacific, marking multi-fold growth in 2020. These projects span pharmaceuticals, infrastructure, power, textiles, and chemicals, with a value of US$250M. The launch of its RO Infinity (ROI) membrane technology suite strengthens Gradiant’s leadership in solving complex water challenges with innovative desalination and reuse solutions.

Comunicado de prensa

16 de marzo de 2020

Gradiant se expande en Australia con la adquisición de CRS Water

Gradiant has acquired Sydney-based CRS Water, expanding its presence into Australia’s growing water market. By combining its brine concentration technologies like CGE and CFRO with CRS’s proven engineering and execution, Gradiant will deliver innovative water treatment solutions for desalination, mining, and energy sectors.

Comunicado de prensa

12 de enero de 2020

Gradiant 2019: resumen del año

Gradiant’s 2019 marked a breakthrough in industrial water treatment with global deployment of CFRO and CGE technologies, key PFAS removal work, and market expansion across Asia, the Middle East, and North America. From ZLD contracts to new pilots, Gradiant delivered tangible environmental impact and enters 2020 poised for sustained innovation and growth.

Medios de comunicación externos

12 de enero de 2020

La industria textil, cada vez más presionada para cumplir las normas medioambientales | The Business Times

The textile industry faces rising scrutiny for its immense water usage—over 80 billion cubic metres annually—driven by fast fashion and production automation. With a single cotton t-shirt requiring more than 2,700 litres of water, the sector is under pressure to adopt sustainable water treatment solutions to meet tightening environmental standards and shifting consumer expectations.

Comunicado de prensa

19 de agosto de 2019

Inversores chinos y el gobierno de Ningbo respaldan a Gradiant China con dos nuevos proyectos

At IE Expo China, Gradiant China showcased its advanced water treatment solutions tailored for Chinese industries. With partners like Shanghai Electric, Gradiant’s technologies—such as CGE and SCE—are helping companies meet China’s strict environmental regulations. At a Jiangsu coal plant, CGE boosted water recovery to over 90%, proving both sustainable and economically viable.