811 active UK companies are classified under construction of utility projects for fluids (SIC code 42210), a specialised sector. This sector falls under Section F — Construction — of the UK Standard Industrial Classification. The sector has a relatively low 0.1% dissolution rate — 811 of 914 registrations remain active. The sector is experiencing rapid growth, with 164.3% of active businesses incorporated since 2020 — indicating strong recent demand. 83% of companies were formed after 2010, marking this as a sector with predominantly recent entrants. The average company age in this sector is 11.0 years. London leads with 6% of companies in this sector. Companies in this sector hold 58 government contracts valued at £846.0M.
Source: Companies House register via UVAGATRON, April 2026
A rapidly growing sector with 164.3% of active companies formed since 2020.
The construction of utility projects for fluids sector has a <Link href="/glossary/company-dissolution">0.1% dissolution rate</Link>. The average active company in this sector is 11 years old. Geographic concentration: 6% in LONDON.
Companies in the construction of utility projects for fluids sector have been awarded 58 government contracts worth £846.0M in total.
There are 811 active companies classified under SIC code 42210 (Construction of utility projects for fluids) in the UK, out of 914 total registered.
SIC code 42210 stands for "Construction of utility projects for fluids". It belongs to Section F — Construction of the UK Standard Industrial Classification.
The largest concentrations are in LONDON (52), MANCHESTER (16), PRESTON (15).
The average active construction of utility projects for fluids company in the UK is 11 years old, with the oldest registration dating back to 1949.
Our database contains 5,244 data signals across 9 categories for active construction of utility projects for fluids companies. The largest category is Governance with 2,593 signals from 5 government sources.
5.9M companies, 50M+ signals from 53 government sources. Risk scores, director networks, entity analysis.