Do-Fluoride New Materials Co., Ltd.’s Post

It was an honor to participate last week in a White House convening on Financing Clean Energy for Industrial Decarbonization: Spotlight on Aluminum.  Many thanks to the Clean Energy Buyers Association (CEBA), White House staff and other participants for organizing a great event highlighting the critical role of aluminum in the energy transition, the decline in domestic production (from 23 operating smelters in 2000 to only 4 currently) and the significant role of electricity costs (as much as 40% of the overall cost to produce primary aluminum).  We had engaging discussions on leveraging innovative transaction structures and policy tools to facilitate affordable clean energy for decarbonizing a critical sector ahead of increasing demand.  #decarbonization #energytransition #cleanenergy

Thermal energy networks have the potential to significantly reduce buildings’ water consumption, saving millions of gallons every year, compared with conventional heating and evaporative cooling systems, according to a report from the Building Decarbonization Coalition.

📄 Creating new low carbon energy infrastructure: District Heating Network United Living Infrastructure Services built the 1.9km pipeline loop of a new industry-leading district heating system in Scotland. The system, at the Advanced Manufacturing Innovation District Scotland (AMIDS), produces 90% less carbon emissions than traditional gas boilers, and provides heating and hot water to the major manufacturers and research centres based at AMIDS. ❓ What are district heating networks? They're systems of insulated pipes that distribute thermal energy from a central source to multiple buildings. This system could play an integral role in meeting the UK’s net zero carbon emissions by 2050. Discover more about the low carbon network by reading the full case study here: https://lnkd.in/ekj3HJKP #CaseStudy #InfrastructureServices #UnitedLiving #DistrictHeatingNetworks #Pipelines #CarbonEmissions #LowCarbon #NetZero Renfrewshire Council FES Group

31,432mWh of power generated in the first year. An estimated £300,000 saving over the life of the panels. An advice note published by Historic England this week on adapting historic buildings for energy and carbon efficiency is accompanied by a case study on Chester Cathedral, detailing how planning consent was achieved to install 206 photovoltaic panels on the roof to help meet The Church of England's ambitious targets to be net zero by 2030. Read about how we helped to enable this project, its impact and lessons learned: https://lnkd.in/dCW54kcy

Last week, it was my pleasure to host Enrico Bonilauri on the GreenHome Institute CE webinar series discussing the Comparison of Energy Standards Code to Passive house: A Report If you missed it or want to re-watch or share it, you can do so here, anytime, on your time! https://lnkd.in/gHkGDuW7 I learned so much! Based on the survey results, it seems that people learned a lot about the different building standards, codes, and rating systems that exist, as well as their varying requirements and priorities. They also gained insight into the significant heat loss that can occur through a building's slab and into the ground. Additionally, there was a discussion about the benefits of proper energy modeling and efficient application of materials, which can reduce the amount of insulation needed for a project. Some had questions about where the data was coming from and about the complexity of some of the standards and codes discussed. There was also a lot of discussion about the big push for buildings to become all-electric and the inclusion of EV charging in net zero requirements. Overall, attendees seemed to appreciate the comparison of different building standards and codes and the insight into their varying levels of energy efficiency. What really stood out to me was he demonstrated IECC 2024 was going backwards, it was less efficient! Can we continue to rely on our building codes to progress or is it time move towards the residential green building certifications?

Did you know that Waste-to-Energy (WTE) facilities convert municipal solid waste (MSW) into electrical energy through combustion? This practice not only helps reduce landfill volumes but also provides an opportunity to generate electricity for operations, and in some cases, even sell surplus energy back to the grid. Learn more about turning waste into energy! https://lnkd.in/gMUcXA8T

An energy saving solution that actually pays you Sound too good to be true? Read on and I will explain how it works. Our Arwus air doors provide up to a 95% seal on doorways even when the doorway is being used, therefore the energy savings on busy doorways far exceed traditional methods when it comes to energy saving. This means typical paybacks from investment in the equipment are generally 2-3 years. By taking out our 5 year lease to buy option, your monthly repayments will actually be less than the value of the energy it is saving you. It will therefore technically be making your business money rather costing it money. #Energy Saving, #Arwus, #Reducing Carbon Footprint.

Did you know that Waste-to-Energy (WTE) facilities convert municipal solid waste (MSW) into electrical energy through combustion? This practice not only helps reduce landfill volumes but also provides an opportunity to generate electricity for operations, and in some cases, even sell surplus energy back to the grid. Learn more about turning waste into energy! https://lnkd.in/gMUcXA8T

Interesting progress in thermal technology and building optimisation: Thermal energy networks have the potential to significantly reduce buildings’ water consumption, saving millions of gallons every year, compared with conventional heating and evaporative cooling systems https://lnkd.in/ejNtFgdZ #smartcity #smartbuilding #thermaltech

Aap har cheej lete hai dhyan se toh fir #environment kyu nhi? Choose Luztech’s solution, choose a #cleanenvironment. For more information visit us at - https://luztech.in/ #solar #luztech #cleaner #polluted #power #solarpanels #solarpower #renewableenergy #cleanenvironment