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Better Cleaning = Better Performance
Lower Greenhouse Gas Emissions
Heat Exchanger Performance = Real Emissions Impact
As the world races to tackle climate change, cutting greenhouse gas emissions isn’t just a goal—it’s a global imperative. And in sectors like refining, petrochemicals, energy, and bioenergy, heat exchangers are on the front lines of that battle.
These systems form the backbone of heat integration—helping plants recycle energy, reduce fuel consumption, and drive efficiency. But here’s the catch: they only work if they’re clean and performing at their best.
That’s where we come in.
By restoring fouled heat exchangers to like-new performance, Tech Sonic helps operators unlock maximum efficiency - burning less fuel to achieve the same process heat. The result? Lower operating costs and a direct reduction of emissions.
On average, our eco-friendly cleaning technology delivers a 20% boost in return-to-service heat transfer performance for fouling-service exchangers. Based on plant models and real-world client feedback, that improvement translates into 10–15% lower GHG emissions related to process heating - across the entire maintenance interval.
Better performance. Lower emissions. A cleaner future.
Reduced Water Consumption
Slash Washpad Water Use by 75%+ — Without Compromise
Here’s a dirty secret:
Cleaning just one large heat exchanger with hydroblasting can spray over 1 million litres of clean water. That’s enough to fill 400 Olympic-sized swimming pools - and it all turns into contaminated wastewater.
During turnarounds, the water demand from hydroblasting puts serious pressure on your plant’s clean water supply and can overwhelm wastewater treatment or removal systems. The result? Delays. Downtime. And a heavy hit to your schedules and environmental footprint, and sustainability goals.
There’s a better way.
Tech Sonic’s ultrasonic cleaning technology drastically reduces hydroblasting needs, cutting water usage and wastewater generation by 75% or more - without sacrificing performance.
Less water in. Less waste out.
All while keeping your turnarounds and shutdowns on schedule, and your sustainability goals on track.
Heat Exchanger Performance = Real Emissions Impact
As the world races to tackle climate change, cutting greenhouse gas emissions isn’t just a goal—it’s a global imperative. And in sectors like refining, petrochemicals, energy, and bioenergy, heat exchangers are on the front lines of that battle.
These systems form the backbone of heat integration—helping plants recycle energy, reduce fuel consumption, and drive efficiency. But here’s the catch: they only work if they’re clean and performing at their best.
That’s where we come in.
By restoring fouled heat exchangers to like-new performance, Tech Sonic helps operators unlock maximum efficiency - burning less fuel to achieve the same process heat. The result? Lower operating costs and a direct reduction of emissions.
On average, our eco-friendly cleaning technology delivers a 20% boost in return-to-service heat transfer performance for fouling-service exchangers. Based on plant models and real-world client feedback, that improvement translates into 10–15% lower GHG emissions related to process heating - across the entire maintenance interval.
Better performance. Lower emissions. A cleaner future.
Slash Washpad Water Use by 75%+ — Without Compromise
Here’s a dirty secret:
Cleaning just one large heat exchanger with hydroblasting can spray over 1 million litres of clean water. That’s enough to fill 400 Olympic-sized swimming pools - and it all turns into contaminated wastewater.
During turnarounds, the water demand from hydroblasting puts serious pressure on your plant’s clean water supply and can overwhelm wastewater treatment or removal systems. The result? Delays. Downtime. And a heavy hit to your schedules and environmental footprint, and sustainability goals.
There’s a better way.
Tech Sonic’s ultrasonic cleaning technology drastically reduces hydroblasting needs, cutting water usage and wastewater generation by 75% or more - without sacrificing performance.
Less water in. Less waste out.
All while keeping your turnarounds and shutdowns on schedule, and your sustainability goals on track.