Rainfall & ground movement
In the New Forest region, the loam soil contains around 24% clay, which means you'll get significant ground movement. That shifting ground puts real stress on plumbing systems, particularly older fixtures. The unstable terrain causes leaks and damage to installations, which leads to wasted water and higher bills. Tavora's plumbers take a diagnostic-first approach, using camera inspections to identify hidden issues before any work starts — ensuring compliance with the Water Regulations (BS EN 806) and stopping problems from getting worse. If you need assistance, feel free to email us.
Building Regulations & compliance
In the New Forest area, backflow prevention regulations aren't something you can overlook. The local council's building control department keeps a close eye on this, making sure all plumbing work meets the Building Regulations. You'll need annual compliance certification for your backflow prevention systems to keep the water supply protected. Our plumbers ensure all installations and repairs are carried out by registered competent persons, and we'll provide compliance certificates so you've got the paperwork to back it up. Staying on top of this is what keeps the water system working as it should.
Pipe & material suitability
The predominant materials in New Forest include lead and galvanised steel for water supply pipes, as well as cast iron and pitch fibre for sewer systems. These materials are prone to corrosion and can affect water quality over time. Tavora recommends replacing them with PEX or copper pipes, as they're compliant with BS EN 1057 and will hold up far better in the local soil conditions.
Local housing stock
New Forest's housing stock is largely pre-1919 Victorian and Edwardian homes, which often have narrow access points and shared plumbing infrastructure. This can complicate repairs and installations, especially when you're dealing with tree root intrusion from local species. Our plumbers are well equipped to handle these challenges, using specialised equipment to navigate tight spaces and manage root barriers effectively.