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The particular technological challenge I want to discuss with this question is the distribution of a novel energy carrier via extant water distribution systems. Potential energy carriers include ultra-high-capacity solid materials (e.g. complex metal hydrides, metal organic frameworks), carbon materials (e.g. activated carbon, carbon nanotubes), natural or synthetic adsorbers (e.g. zeolites, porous polymers), hydrogen encapsulation in water, or a solid substrate hydrogen carrier. So my ultimate aim is not to address or advocate for any particular feasible solution, but to make a contribution to shaping a future infrastructure system which is environmentally friendly, sustainable, multi-functional, manageable and flexible. It aims to encourage scientific community to consider this radically alternative approach.

What do you think about this radical conception of a combined household energy and water delivery infrastructure which might be made possible by emerging technological developments and advances that have yet to become reality.

Looking for some journals relating to sustainable infrastructure in developing countries.

I'm doing a dissertation on integrating green infrastructure at my university to reduce energy consumption.

What are the limitations of project management specially considering the projects related to the implementation of energy saving infrastructure ?

In my research I have noted numerous references to 'infrastructure studies' and also the existence of significant multidisciplinary research centres and institutes globally (which are both attached to universities and stand alone organisations). However I have not yet found any kind of statement that outlines broadly the space of 'infrastructure studies' or positions it. I am curious to know if this is a field that is emerging, acknowledged or established among researchers and academic institutions. Where would it be positioned in a scholarship, interdisciplinary or knowledge regime or epistemology?

Dear friends and colleagues,

Are you aware of existing or developing infrastructure works, under which two or more renewable energy technologies are coordinated towards the co-generation of green power energy wordlwide? In general, which renewable-based technologies could be ideally/technically combined to each other towards energy production? Which is the typical output rated power, the advancements, and the technological shortcomings of such large-scale infrastructure works? What about the socio-economic impact concerned?

Thank you for your reply.

Grigorios

Making vertical neighborhoods increases the population density and consequently the use of networks of water, sewer, electricity, natural gas, and the road systems.

Are there studies on what is the potential densification of these infrastructures to provide the increased demand?

Thank you for helping!

It is believed that due to lack of direct access to the sea, landlocked countries are mainly marginalized from major trade related networks and hardly benefit from trade opportunities due to their extreme reliance on their transit neighbors who may either have a weak or well-developed infrastructure. Besides this common perception what are other advantages and possibly disadvantages are there for landlockedness?

Dear,

We are in a process of manufacturing passive cooling shelters.

We want to design the cooling system for the purpose.

Request to guide.

Regards,

Based on ongoing research, I would like to find out if there are any sources or publications already available on the costs of terrorism/critical incidents on critical infrastructure (oil, gas, energy, power, water) in the MENA region. If so, please get back to me.