About Us

Knowing the importance of future proofing our homes to be as energy efficient as possible, whilst reducing carbon emissions and energy use, we have several team members that are Passive House trained contractors. Our team actively attend further training and workshops on a variety of areas to ensure we are always developing our skill set and knowledge. We strive to stay up to date with new techniques, materials and opportunities, whilst also benefitting from years of experience, so we can offer the best service possible. 

Air tightness is a measure of how well a building or property can prevent air leakage. It refers to the ability of a structure to retain the air inside and prevent the inflow of cold air from the outside. An airtight property has minimal draughts, and the air flow management is optimised using ventilation systems that help to retain a comfortable temperature at all times, reducing energy consumption. 

Strategies to improve air tightness include applying insulation, sealing building materials and using specialised construction techniques.  

There are several benefits of airtightness in a property.

Energy efficiency: One of the primary benefits of airtightness is improved energy efficiency. An airtight building envelope helps to reduce heat loss in winter and heat gain in summer, thus reducing the amount of energy needed to heat or cool the property. This can result in lower energy bills and reduced carbon emissions.

Comfort: A well-insulated and airtight property can provide a more comfortable living environment, as it helps to maintain a consistent temperature throughout the property, thus reducing drafts and cold spots.

Improved Indoor Air Quality: Airtightness can help to improve indoor air quality by reducing infiltration of outdoor pollutants, such as pollen, dust, and smoke. It can also help to prevent moisture build-up, which can lead to mold and mildew growth.

Noise reduction: An airtight building envelope can also help to reduce noise ingress, providing a quieter and more peaceful environment within the property.

Durability: An airtight building envelope can also improve the durability of a property by reducing the risk of moisture damage, which can lead to the decay of structural materials.

EnerPHit and Passive House are two building energy standards that are rapidly gaining popularity across the world. Both standards focus on reducing energy consumption in buildings and prioritizing the use of renewable energy sources.

Passive House is an energy standard that originated in Germany in the early 1990s. It is based on the concept of designing and constructing buildings to minimise energy usage and optimise indoor comfort. The standard ensures that buildings are energy-efficient, with minimal heating and cooling needs. Passive House buildings are designed with airtight construction, thick insulation, and energy-efficient windows and doors. They also use a heat recovery ventilation system to recover and reuse heat energy.

EnerPHit is a retrofit standard that aims to improve the energy efficiency of existing buildings. It is based on Passive House principles and focuses on reducing energy consumption in buildings. The standard provides a framework for building owners and architects to follow, outlining the steps necessary to upgrade a building to passive house standards.

Overall, both standards emphasise the importance of sustainable building practices, energy conservation, and the use of renewable energy sources. Implementing these standards results in buildings that have low energy usage, high indoor comfort, and minimal environmental impact. By investing in Passive House or EnerPHit standards, building owners can save money on utility bills, create healthier living conditions, and help combat climate change.