In an interview with ETEnergyworld, Vikas Dhole, GM of Sustainability IBU explains AspenTech's focus to cater to the growing demand for sustainable industrial practices.

With an increasing global population – and a significant portion without access to electricity – there is quite a journey ahead for sustainability. The world needs metals in far greater magnitude than what is produced today.

Digital software provides the foundation for widescale adoption of electricity as a power source, while providing choice — in terms of technologies deployed to enable regional and microgrids, on a global scale.

Aspen InfoPlus.21® (IP.21) is an industrial process historian for collecting and storing large volumes of process data for analysis and reporting. With Aspen IP.21, you can drive performance improvements and optimize decision making through near real-time asset visibility, analysis and monitoring.

Companies jointly accept award presented by the Confederation of India Industry (CII)-Tata Communications Centre for Digital Transformation during its 5th annual event in New Delhi.

Going forward, digitalization will play key roles in the continued development and scaling of the next generation of sustainability technologies.

Earlier this year, AspenTech announced that its process simulation and optimization expertise was being integrated with BPCL’s real-time crude assaying platform.

Acid Gas Cleaning in Aspen HYSYS V8 enables unprecedented gas plant optimization opportunities. During this free webinar, learn why the software’s unique column modeling technology makes it the best in the industry.

Bangkok Industrial Gas (BIG) wanted to transition from its on-premises database to Amazon Web Services (AWS) to aggregate data from different sources and unlock insights to predict equipment downtime early and accurately at BIG’s production plants.

Bio-based feedstocks play an important role in creating a circular economy. Making biofuel or chemicals from biofeedstocks typically has a lower carbon footprint than the fossil fuel-based processes. Therefore, transforming biofeedstocks is considered as one of the energy transition pillars.