This presentation introduces DisasterAWARE and its key features as an integrated emergency operations (EMOPS) platform developed by the Pacific Disaster Center. It also explains how the EMOPS application is made freely available to disaster management practitioners around the world to support disaster risk reduction and humanitarian assistance activities.

Not only frequency and intensity of hazards are changing, but the underlying causes of risk, as well. Though uncertainties remain, technological developments have led to an increase in demand of the need to readily access information when making business decisions.

This presentation introduces the Surface Energy Balance Algorithm for Land (SEBAL) as a remote-sensing model for evapotranspiration. Through SEBAL, crop production and irrigation information can be sent to farmers through the use of technology. To be able to fully utilize this model, however, would require the establishment of public-private partnerships.

Read about GE Energy Management, one of General Electric (GE) Company’s eight business units. The broad approaches to resilient, reliable, and efficient electric grid are discussed in the presentation. GE’s microgrid technology solution, including implementation and delivery process, are also explained.

Siemens, a global powerhouse positioned along the electrification value chain, lives up to future challenges with the most comprehensive portfolio that offers smart grid solutions, among others. While the Smart Grid concept is widely accepted, some questions, however, still remain.

Learn the role of remittances, particularly in Asia. Remittance trends and outlook, including its effects on growth and poverty, are explained. The presentation also enumerates relevant issues and highlights areas of improvement in remittance policies.

While there are tremendous advances in science and technology, there is slow progress in solving pressing global problems. Inadequate local capacity has partly resulted to a general lack of societal involvement in program development. The use of transdisciplinary approach is essential to achieve efficient implementation and sustainability of programs or projects.

Featuring Altona Wastewater Treatment Plant and Altona Salt Reduction Plant as case studies, this presentation discusses the wastewater recovery processes implemented by City West Water in the City of Melbourne in Australia.

While sustainable solutions are complex with specific requirements, efficient wastewater solutions integrate water, waste, and energy as much as possible. A "one solution fits all" approach will not apply, since different technologies from different vendors fit to different situations. Consistency, interoperability, and interchangeability however must be ensured at all times.

Lack of data on actual performance of decentralized plants exists in general. The need to identify which scale is optimal to use is based on the outcome of a detailed assessment that considers a variety of aspects. Recycling, reuse, and energy recovery nonetheless should be integral to all scales.