la sala de prensa

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.

Medios de comunicación externos

22 de mayo de 2019

El cofundador y CEO de Gradiant se entrevista con la radio de Singapur para hablar de los problemas del agua industrial en APAC | Money FM 89.3

Gradiant Co-Founder & CEO Anurag Bajpayee speaks with Singapore radio station 89.3 Money FM about the importance of wastewater and industrial water recycling.

Comunicado de prensa

19 de abril de 2019

Gradiant impulsa el crecimiento sostenible de China con soluciones innovadoras de tratamiento de aguas residuales

Gradiant China at the IE Expo China 2019 showcased advanced wastewater treatment technologies tailored to local industrial needs. Featuring the Carrier Gas Extraction (CGE) system, Gradiant highlighted its success at Shanghai Electric’s Ligang coal power plant—achieving over 90% water recovery and compliance with stringent environmental regulations through cost-effective and sustainable solutions.

Comunicado de prensa

19 de marzo de 2019

Gradiant se asocia con SAWACO de Arabia Saudí para duplicar la producción de agua dulce con el proceso de ósmosis inversa a contracorriente

Gradiant partners with SAWACO to boost water recovery in Saudi Arabia using CFRO technology. By recovering fresh water from RO brine reject, Gradiant enables SAWACO to double output without new seawater intake. This innovation supports sustainability, improves efficiency, and addresses water scarcity in the world’s largest desalination market.

Comunicado de prensa

18 de enero de 2019

Gradiant se adjudica cuatro proyectos de reciclado de agua en la India y destaca la importancia de un tratamiento de aguas residuales superior y asequible

Gradiant has secured four new Zero Liquid Discharge (ZLD) projects across textiles, pharmaceutical, and chemical sectors in India. Gradiant will deploy proprietary technologies to recycle 100 to 4000 kiloliters per day of industrial wastewater. This effort supports India’s urgent need for cost-effective, sustainable water reuse solutions.

Comunicado de prensa

8 de julio de 2018

Gradiant Corporation inaugura su sede de Asia-Pacífico en Singapur

Gradiant has launched its Asia-Pacific headquarters and R&D center in Singapore, reinforcing its commitment to solving water scarcity. Backed by the Singapore Economic Development Board, the facility will accelerate innovation in water reuse, desalination, and zero liquid discharge, leveraging top regional talent and world-class infrastructure to advance sustainable industrial water solutions globally.

Comunicado de prensa

5 de junio de 2018

Gradiant Corporation amplía su presencia en China

Gradiant has launched operations in China with the commissioning of its first zero liquid discharge (ZLD) plant for a highly contaminated flue gas desulphurization (FGD) wastewater in a coal-fired power facility. Leveraging its proprietary Carrier Gas Extraction (CGE) technology, Gradiant China will deliver industrial water solutions tailored for power, textile, chemical, and oil & gas sectors amid rising demand for sustainable wastewater treatment.