FairHeat

Hey Network Earlier this summer I had the privileged opportunity to complete a research internship as part of the Nuffield Research Placements programme at FairHeat , a leading heat network Consultantcy. I was working under consulting engineers and I was tasked with a project of creating 2 heat networks and conducting a comparison between them . I learnt about the work that chemical engineers do , specifically heat networks and district heating systems . This experience also strengthened my research skills as I was also tasked with writing a research report and poster . I also a presented my findings to a team of engineers , improving my presentation skills in the process Overall my research internship at Fairheat was an amazing experience , and it has opened my eyes to the careers in chemical engineering . It has fuelled my desire to pursue a degree in Chemical engineering and enter the sector .

The HNES funded Windmill Park project with FairHeat & Notting Hill Genesis is shortlisted for the District Heating Project of the Year at the HVR Awards! ✨ Notting Hill Genesis took a proactive approach to address Windmill Park’s supply unreliability issue by partnering with FairHeat and tapping into HNES funding. This project has secured HNES Demonstrator funding as well as from Round 1. View the optimisation case study: https://lnkd.in/dRR6kt5i #DistrictHeating #HVRawards #Heating #HeatNetworks

Improvements in HIU performance, reduced system outages, consistent and dependable heat supply for residents and much more… A 13-year-old development comprising 182 dwellings faced the persistent issue of elevated heat losses. Recognising the need for change, Notting Hill Genesis partnered with FairHeat to address these challenges, and secured funding from the Heat Network Efficiency Scheme (HNES) Demonstrator. Find out more about this project, its improvements and outcomes from the HNES Demonstrator: https://lnkd.in/e_8eeKqb #EnergyEfficiency #CostReduction #Performance #HeatNetwork

🏆 We are excited to share that, in collaboration with Notting Hill Genesis, our project at Windmill Park has been shortlist for the HVR Awards 2024 - District Heating Project of the Year!  🌟The Windmill Park project exemplifies FairHeat's commitment to excellence in the optimisation of existing heat networks. At the core of this project's success lies our collective ability to turn a struggling network into a model of efficiency, a key factor behind the recognition received. The real success though has been the positive impact to end users, improving the everyday like of residents. Daniel Perager, Head of Heat Energy and Water, Notting Hill Genesis comments: “The Windmill Park project presented a huge challenge to us as a team as there were significant issues that would not be easy to solve. We were confident when partnering with FairHeat that together we would find innovative solutions that would transform the struggling network into a model of efficiency.” “We were able to do this through strategic investment – replacing equipment, updating the heat interface units and introducing controls and measures to boost water quality. Most notably the system is future proofed to allow for further improvements to carbon efficiency.” “It’s great to see the benefit of this project on the everyday lives of residents.” Well done to all teams involved 👏 we look forward to celebrating together at the award ceremony 🥂 . #hvrawards24 #heatnetworks #districtheating #projects #collaboration #optimisation #efficiency #performance #futureproofed

🌟 At FairHeat, our Graduate Scheme nurtures ambitious engineering graduates into the leaders of tomorrow, fostering their growth in the rapidly evolving field of heat networks. 👀 Today, we are sharing an exclusive interview with two of our graduate engineers, Andrea Antonuccio and Alister Fursdon, who carried out their first few months of the scheme on the District Heating Design team. ➡ Learn about their experience in our latest post: https://lnkd.in/dDrpc2hW #heatnetworks #youngengineers #FHgraduatescheme #graduateengineers #futureleaders

Congratulations to our team for successfully completing the Three Peaks Challenge in an impressive 23 hours and 55 minutes! 🏔️⏱️ 🏅 We are really proud of your achievement and the incredible effort you put into this challenge. Your dedication, teamwork, and resilience reflected the true spirit of FairHeat. This accomplishment goes beyond personal triumphs. Raising over £2,800 for National Energy Action (NEA) and the Rainy Day Trust will contribute to combating fuel poverty and supporting those in need. Your efforts have made a real difference! 💚 👏 A big shoutout to Avril Bullock for championing this initiative and organising every detail. Thank you to everyone who supported and cheered on our team! Here’s to many more adventures and achievements together! 🌟 #teamFH #threepeakschallenge #teambuilding #corporateculture #health #wellbeing #charity

🎉It's hard to believe a year has already passed since I joined FairHeat as a Project Manager on the Delivery team! Working on uDHN projects and HIU retrofits has been a new and exciting journey for me. The projects have been both educating and interesting, offering me a unique learning experience every step of the way.   One of the standout aspects of FairHeat is its incredible work ethic. Everyone here is made to feel involved, appreciated, and heard, which creates a supportive and collaborative environment. A huge shoutout to my amazing colleagues on the Delivery team Benjamin Charlwood, Joel Applebee, Mark Harrington, Niall Dixon-Payne, Chloe Jenner and Declan Murphy CEng MIMechE - working with you all has been a pleasure. Special mention to Neil Mason whose guidance and support have been truly inspiring. Neil has helped me develop my confidence and expertise within the heating sector, ensuring that I can deliver my work to the highest standards.   Over the past year, I’ve had the privilege of collaborating with colleagues from various departments at FairHeat. Their depth of knowledge and willingness to share insights has been invaluable. Shout out to Mark Reynolds, Peter Horne and Andrew Reynolds – your support and guidance has made a significant impact on me.   I'm excited about what the future holds and look forward to more years of growth and progression at FairHeat!

🌟 At FairHeat, we are committed to fostering an inclusive and diverse workplace where everyone feels valued and empowered. This Pride Month, we were proud to see Ethan St. Catherine, Graduate Engineer at FairHeat, lead the charge in promoting LGBTQ+ inclusivity throughout our organisation and the wider heat network industry. 🌈 In addition to internal intiatives, Ethan organised and chaired a webinar for The Diverse Heat Network, bringing together key industry speakers to discuss the ongoing challenges and strategies for LGBTQ+ inclusion. Continuing the conversation beyond Pride month, Ethan published his latest blog where he shares valuable perspectives and calls for sustained allyship and action. The blog not only highlights the critical discussions from the webinar but also outlines practical steps we can all take to support our LGBTQ+ colleagues and peers. Well done Ethan! 👏

⚠ The functioning of ambient loops in heating or combined heating and cooling applications is currently not well understood in industry. Unlike Heat Interface Units (HIUs), which operate in a generally consistent manner, dwelling-level heat pumps have significantly different design needs and implications, such as fixed flow versus variable flow systems, cylinders for hot water storage, and flexibility for heating and cooling.     Despite their potential, there is a significant gap in understanding and reliable design guidance for ambient loop systems. To bridge this gap, I am conducting research as part of my role at FairHeat to ultimately support industry and enable guidance for designers.     📣 I'm looking for suppliers/manufacturers of water source dwelling level heat pumps to provide information/datasheets on their products, predominantly the following:     💧 Coefficient of performance (COP): What are the COPs over varying input water temperatures (for ambient loops, generally between 15°C - 30°C), and outlet water temperatures?  ✍ Manufacturers schematics: What is the recommended ancillary equipment (eg. Valves, cylinders, buffers) and installation schematic for the heat pump?  🔥 Control: Can the unit modulate flow during heating and cooling, and is the unit hot water priority?  🏭 Embodied carbon: What is the embodied carbon of the heat pump in CO2e/kg?     ➡ Please reach out to me if you have any info to share or just want to chat more about this!