Following your assessment of GHG emissions, you now have the emission data before any of your new build to expand your infrastructure growth. We shall develop using a decarbonization design to mitigate the environmental risks for your site; the focus is to avoid and reduce emission impact. Furthermore, we can use our patent pending emission capture and reuse technology for your location. We can develop a Net Zero pathways using InfraPrime 5 pillars framework to take action to reach Climate Neutrality. Carbon Neutrality is the sustainability target for the Net Zero results in your Cloud Sustainability reporting. The framework uses five pillars:

The first pillar is clean energy and clean fuel to ensure all energy consumed will be operating on renewable energy 75% by 2025 and 100% by 2040. The clean energy is primarily built with the preferred used of a green grid 24/7.

The second pillar is energy and resource efficiency, the servers are optimized to operate efficiently at power usage effectiveness of 1.02 or below in 2022-2025.

The third pillar is capture and reuse emission to reach 50% by 2025 and 95% by 2028 and 100% by 2030. It implements technology of InfraPrime new, patent pending closed network systems of emission as an energy carrier for the cloud infrastructure. The results are proven so no emission is released to the environment, to provide district heat recovery and cooling services to commercial distribution.

The four pillar embraces circular economy principles to reduce waste from site build and throughout the data center life cycle operations to reduce, store carbon to have a low and zero carbon footprint.

The fifth pillar is to eliminate use of water to build and operate each site to reach WUE 0.05 by 2022 and WUE 0.00 by 2025.

With new data about climate change that is impacting our earth,

We believe in doing what's right, you can confidently scale your green growth, accelerate your commitment to support Carbon Neutral pledge to deliver net positive impact.

The Decarbonization Design and Emission Reduction & Reuse Service with InfraPrime financing investments partners is available now to meet your decarbonization targets in 2022.

Data Center Heat Waste Reuse using Emission

Interactions of climate risks with urban and rural change processes is the nexus for a data center to make a positive impact to social benefits; including use of its heat waste; emissions-water-health for urban sustainability. 

Cloud circular economy can now be enabled by InfraPrime Emission Circular Network to enable leadership on sustainability impact; transforming heat waste reuse and its emissions from data center energy consumption.

The data center heat waste is used efficiently as a source;  the CO2 from emission can be used by the InfraPrime Emission Circular Network as a thermal carrier.

No water is consumed to simultaneously provide district cooling and heating air and water quality comfort for people, business communities in urban society and address the GHG challenge to be sustainable.

InfraPrime Emission Circular Network system has data center interfaces to recover the waste heat produced in the data center from air or liquid cooling systems, and to transfer the heat to the heat transfer medium, which is CO2. The systems can be customized by controlling the setpoints at the data center interface and at the heat user interfaces;  low temperature cold storage and hot temperature for sterilization (for hospital, medical, food scenarios). InfraPrime Emission Circular Network system can provide heating and cooling services which are simultaneously required in urban communities.The Emission Circular Network operates with high efficiency (low loss), simple to expand; easy to install; the design incorporates the use of standard components. The module is pre-fabricated,  the system is installed on site in modules; incremental add-ons to ensure scale and efficient production time with minimal site work to provide the maximum sustainability impact results.

Emission reduction measurements allow for impact analysis and reporting.