Energi og miljø

KAN PtX FRIGØRE OS FRA FOSSILE BRÆNDSTOFFER?

PtX bliver peget på som et afgørende element i klimaplanens analogi om hockeystaven: At teknologier, vi er i færd med at udvikle, vil optaqe og nedbringe CO2 i atmosfæren, når de er klar og implementeret. Flere Ptx teknologier er i spil, flere virksomheder investerer store summer, men ingen ser ud til at kunne levere en sikker prognose for, hvornår PtX er et bære-og konkurrencedygtigt klimaværktøj.

ING BRIEFING: Simulering af elektrokemi og samspillet med andre fysiske fænomener

Forstå detaljerne i elektrokemien og samspillet med andre fysiske fænomener med anvendelse af komplekse multifysiske simuleringer. For at få det fulde billede af hvad der sker, anvendes simulering i dag bredt af forskere, udviklere og ingeniører.

Se denne briefing og bliv klogere på hvordan multifysiske simleringsværktøjer bruges til at udvikle bedre produkter og til at reducere udviklingstiden. 

How San Francisco Obtained an 80% Decrease in Waste Overflow

San Francisco’s Department of Public Works was receiving 10,000 service requests for overflowing trash cans annually. These requests posed a challenge for the department in relation to keeping the streets clean.

Therefore, they wanted to find a solution to decrease the number of annual requests.

From Data to Decisions How to Transform Your Waste Management with Data Insights

Data are the driving force for the future of waste management. With the power to support better decision-making, optimized resources, lower costs, healthier work environments, increased recycling rates, and more sustainable waste practices, data have huge potential to improve how we handle waste.

A data-oriented approach can help us rethink traditional waste management, kickstart a transparency transformation of our waste operations, and make our cities greener, cleaner, and smarter.

From Data to Decisions How to Transform Your Waste Management with Data Insights

Data are the driving force for the future of waste management. With the power to support better decision-making, optimized resources, lower costs, healthier work environments, increased recycling rates, and more sustainable waste practices, data have huge potential to improve how we handle waste. A data-oriented approach can help us rethink traditional waste management, kickstart a transparency transformation of our waste operations, and make our cities greener, cleaner, and smarter.

From Data to Decisions How to Transform Your Waste Management with Data Insights

Data are the driving force for the future of waste management. With the power to support better decision-making, optimized resources, lower costs, healthier work environments, increased recycling rates, and more sustainable waste practices, data have huge potential to improve how we handle waste. A data-oriented approach can help us rethink traditional waste management, kickstart a transparency transformation of our waste operations, and make our cities greener, cleaner, and smarter.

From Data to Decisions How to Transform Your Waste Management with Data Insights

Data are the driving force for the future of waste management. With the power to support better decision-making, optimized resources, lower costs, healthier work environments, increased recycling rates, and more sustainable waste practices, data have huge potential to improve how we handle waste. A data-oriented approach can help us rethink traditional waste management, kickstart a transparency transformation of our waste operations, and make our cities greener, cleaner, and smarter.