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The move follows a £19m funding deal with specialist real estate development finance provider Maslow Capital to support Henry who is acting as a developer and contractor.
The scheme on Greenford Road will comprise a part 14- storey, part 5-storey and part 3-storey residential building that will accommodate 83 flats.
Charles Leigh, Development Director at Henry Construction said: “We are delighted to have closed this transaction with Maslow, which will enable us to build and deliver much needed high-quality housing for the London Borough of Ealing.
“I look forward to continuing our relationship with Maslow throughout the construction period, and on future projects.”
Air testing for extensions is a crucial process that measures the air permeability of your new extension, ensuring compliance with specific building regulations. This test helps identify potential leaks, confirming if your building envelope is properly sealed. Effective air tightness reduces energy consumption, minimises heat loss, and enhances indoor comfort while lowering carbon emissions. To prepare, you should seal all gaps and cracks, temporarily seal ventilation systems, close all doors and windows, and inspect insulation. Professional assistance from experts like Ratio Seven can ensure thorough preparation and accurate results, making your home extension more energy-efficient and comfortable.
Thinking about building a new home or converting an existing one? SAP calculations are a key step in making sure your project meets energy rules and gets approval. This article walks you through what they are, why they matter, and how to get them sorted quickly and correctly.
A blower door test is a systematic procedure used to evaluate the air-tightness of a building, essential for assessing energy efficiency, indoor air quality, and overall building performance. The test involves using a calibrated fan mounted in an exterior door frame to pressurise or depressurise the structure, with a manometer measuring the pressure differential. This process helps identify air leaks, allowing for corrective actions that improve energy efficiency, reduce consumption, and enhance indoor air quality. Additionally, the data collected from the test, often measured in air changes per hour or cubic feet per minute, guides the optimisation of HVAC systems and compliance with building performance standards.