Heat loss calculations, hydraulic design and appropriate equipment selection, then testing, commissioning and system optimisation, for new systems and upgrades.
5.0 11 Google reviews
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Is it right for you?
Our aim is to help you make an informed decision, with realistic expectations.
Cost
How we price
Every situation is different, including distance and other factors, so we don't list prices.
Quotations follow a property assessment and technical survey.
The process
Kirk personally leads the technical assessment, design and installation work.
To understand your property and what you need.
A property assessment and technical survey.
Heat loss calculations, hydraulic design and equipment selection.
A detailed quotation and explanation of the proposed work.
Testing, commissioning and system optimisation, then a handover that explains the system operation and controls.
Project timescales vary depending on the size and complexity of the installation.
Ask about heating designProof
Bushey, HertfordshireA chalet bungalow
BeforeHertfordshireExtended to 7 bedrooms and 8 bathrooms
Google reviews
5.011 Google reviews
Kirk is a fantastic heating engineer, who ensures they deliver the right solution for each house, and has gone the extra mile for us to improve the heating and water quality in our house.
Kirk Ferguson of NuRenewables Heating is the most knowledgeable heating engineer/plumber I have ever used and performed an absolutely superb job reworking how my entire heating and hot water system was configured for a large extension. This included installing a new boiler, powertank (to improve the water pressure), hot water cylinder, 3 bathrooms and a kitchen amongst other works.
Kirk is a delight to have in the house, is super tidy, but most of all is an expert in his field and applies a scientific approach to his installations to maximise the efficiency for the homeowner.
Kirk is a master, he helped me to decide which heat pump was suitable for my property,
He take care of everything from the start to the end of the job.
I very impressed of his knowledge. Very recommend.
Why us
A strong emphasis on accurate heat loss calculations, hydraulic design, appropriate equipment selection and efficient system operation.
Rather than relying on assumptions, we calculate your home's heating requirement, assess your existing radiators or underfloor heating, and consider the hydraulic performance of the proposed system.
“The part of the job I enjoy the most is taking on complicated issues that others refuse or are unable to fix and then successfully resolving them.” Kirk Ferguson, Director and Lead Engineer
Questions
A heat loss survey looks at your home room by room: the size of each room, and how its walls, floors, roof, windows and doors are built and insulated. That goes into a heat loss calculation, which is used to size the heat pump or boiler, the radiators or underfloor heating, and the pipework.
A calculation of how much heat your home loses through its walls, floors, roof, windows and ventilation on a cold day. It tells you how much heat the system needs to deliver to keep each room comfortable.
Our heat-loss calculations follow the current applicable BS EN 12831-1 standard and UK National Annex, taking into account building fabric, insulation, airtightness, ventilation, geographical location, exposure and design temperatures to establish accurate heating requirements.
Historical boiler sizes and outdated heat-loss assumptions should never automatically determine the size of a replacement heat pump. A building's heating demand can change significantly following modernisation. We calculate for the building as it exists today, not the building it was thirty years ago. See air changes and accurate heat-loss calculations.
It's the temperature of the water leaving the heat pump or boiler to go round your radiators or underfloor heating. The lower it can be while still keeping you warm, the less hard a heat pump has to work, and the more efficiently it runs.
A control that adjusts the flow temperature to the weather outside: warmer water on cold days, cooler water on mild ones. It keeps the system running as efficiently as it can for most of the year.
Seasonal coefficient of performance: how many units of heat a heat pump gives you for each unit of electricity it uses, over a whole heating season. The higher, the better.
Yes. We design and install heat pumps, boilers, central heating and underfloor heating.
Areas covered
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Contact
Send a few details and we'll get back to you to talk it through.
We'll be in touch to talk through your home and what you need.
