Making climate smart cities
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Modular deployment of waste to energy, water reclamation, energy recovery and renewable power generation systems allow for the incremental roll-out of systems that generate results quickly and enable communities to rapidly respond to climate change.
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Making climate smart cities
- 1. 6 Steps to Climate Smart Cities Making Climate Smart Cities
- 2. The Modular Approach Start Small ⇒ Start Modular ⇒ Generate Results Avoid High First Costs and Encourage Innovation Avoid Single Points of Failure Control Critical Success Factors Generate results Manage incremental growth.
- 3. Start Small ⇒ Start Modular Modular deployment of waste to energy, water reclamation, energy recovery and renewable power generation systems allow for the incremental roll-out of systems that generate results quickly and enable communities to rapidly respond to climate change.
- 4. Avoid High First Costs Modular deployments generate results quickly avoid large up front capital costs, which has numerous benefits to enabling cities to build climate smart communities sustainably.
- 5. Those that fail to learn from history, are doomed to repeat it. - Winston Churchill
- 6. Environmental Cornerstones Environmental Cornerstones enable a step change in environmental performance, that can be replicated simply, measurably and adjusted quickly to accelerate progress throughout a community.
- 7. About Erik Lindquist Erik’s sincere passion for changing the way communities are developed has opened the doors to some of the most innovative renewable energy and water reclamation projects. His ability to develop practical business and financial models that prove out cost efficient strategies for environmental responsibility and alternative energy has ensured the engagement of developers and municipalities.
- 8. For More Information Let us help you get started today. For more information contact: Email: info@TITUSinfrastructure.com Twitter: TITUSrenewables Web: www.TITUSinfrastructure.com
Editor's Notes
- Imagine making Silvertown not only the heart of innovation in London, but the worlds first self sufficient neighbourhood, with zero waste and net zero energy and water; where local innovation is built in, Because the infrastructure is modular Cash flow models can be built to match investment to the revenues. Modules can be deployed as the development grows Projected changes in demand can be matched before the change happens Perhaps most notably, because everything is modular, new innovations can be integrated at a much simpler scale, and lower cost to the innovators and the community. Renewed modules can be repurposed to new projects, increasing the revenue visibility to investors and the marginal costs to new projects, and enabling new technologies to come to market much sooner and with less risk to the investor and the community at large.
- Modular deployments avoid large up front capital costs, which has numerous benefits to enabling cities to build climate smart communities.
- Creating a step change in environmental performance requires establishing strategic environmental outcomes, and then breaking down these outcomes into individual goals and priorities followed by definable metrics for each incremental outcome. By doing this you end up with environmental cornerstones for sustainable change, that can be replicated simply, measurably and cost effectively. Unlike large centralized facilities, if done properly these cornerstones can be realized through the deployment of modular systems, allowing for the rapid measurement and manageable adjustments, resulting in a step change towards strategic objectives and tangible environmental benefits