MTSQ is focused on the personal connection and trades deliberately on its reputation and word-of-mouth.
When the result is critical, you need the highest level of confidence and trust in your specialist, high-pressure piping provider.
With 15 years of industry experience, MTSQ has built a reputation for the highest standards of expertise in hot tapping of high-pressure piping systems. The company is frequently contracted to work on some of the highest-profile, results-critical projects across Queensland.
Using the latest technology and in imported tools, MTSQ can work on the full range of high-pressure pipe work without the risk of business disruption or loss of production through shut-down.
Day or night, solo and unsupervised, or bought in as a specialist to support a team, MTSQ can work on all manner of systems while keeping your operations running, your customers happy and your income protected.
No job is too big or too small, but if it really counts and personal service, trust and accountability matters, then MTSQ is the right choice for your business.
What is mechanical hot tapping?
Mechanical hot tapping is the specialist process of working on high pressure pipework while enabling the piping system to continue operating under pressure as per normal. It is typically used when additional connections to a piping system are required, when repairs are needed or when additional valve systems or measurement devices are required to be introduced to a piping system.
Hot tapping is essential when disruption to existing operations is not an option. It is frequently used in the oil and gas industries; drinking water, storm water and sewerage systems; chemical industries and heating, ventilation and air conditioning (HVAC) systems.
Well-executed hot tapping operations are usually by far the safest and most cost-effective way to undertake work on critical high-pressure piping systems.
Hot tapping is equal parts science and art. Experience is critical. MTSQ provides an end-to-end hot tapping service, avoiding the need for disruption to plant and operations, the freezing or purging of pipe contents and the uncertainty and cost implications of stopping and starting complex, high-pressure systems.
