Poorly controlled combustion results in wasted energy and excess CO2 emissions

UP TO

15%

of energy is wasted
in a typical steam
system

Inadequately controlling steam production due to process variations leads to
poor heat transfer, wasted energy and safety hazards.

UP TO

90%

of steam is vented due
to poor supply and
demand balance

Wet steam can have profound detrimental effects on plant operations and inefficiencies

UP TO

65%

reduced heat transfer
efficiency due to poor
steam quality

Leaks plague most steam systems due to steam traps or valves that waste energy

UP TO

20%

of losses from leaking
steam traps and
emissions from valves

Poor water quality can result in scaling, corrosion, and foaming, which impacts
energy efficiency and can cause equipment damage.

UP TO

Please rotate your device.

CHEMICAL SOLUTIONS

INDUSTRY CHALLENGES

Steam System Inefficiencies

Poorly controlled combustion results in wasted energy and excess CO2 emissions

15%

of energy is wasted
in a typical steam
system

Inadequately controlling steam production due to process variations leads to
poor heat transfer, wasted energy and safety hazards.

90%

of steam is vented due
to poor supply and
demand balance

Wet steam can have profound detrimental effects on plant operations and inefficiencies

65%

reduced heat transfer
efficiency due to poor
steam quality

Leaks plague most steam systems due to steam traps or valves that waste energy

20%

of losses from leaking
steam traps and
emissions from valves

Poor water quality can result in scaling, corrosion, and foaming, which impacts
energy efficiency and can cause equipment damage.

15%

of boiler and steam distribution
costs is due to addressing
water quality issues.

Please rotate your device.

CHEMICAL SOLUTIONS

INDUSTRY CHALLENGES

Steam System Inefficiencies

Poorly controlled combustion results in wasted energy and excess CO2 emissions

15%

of energy is wastedin a typical steamsystem

Inadequately controlling steam production due to process variations leads topoor heat transfer, wasted energy and safety hazards.

90%

of steam is vented dueto poor supply anddemand balance

Wet steam can have profound detrimental effects on plant operations and inefficiencies

65%

reduced heat transferefficiency due to poorsteam quality

Leaks plague most steam systems due to steam traps or valves that waste energy

20%

of losses from leakingsteam traps andemissions from valves

Poor water quality can result in scaling, corrosion, and foaming, which impactsenergy efficiency and can cause equipment damage.

15%

of boiler and steam distributioncosts is due to addressingwater quality issues.

of energy is wasted
in a typical steam
system

Inadequately controlling steam production due to process variations leads to
poor heat transfer, wasted energy and safety hazards.

of steam is vented due
to poor supply and
demand balance

reduced heat transfer
efficiency due to poor
steam quality

of losses from leaking
steam traps and
emissions from valves

Poor water quality can result in scaling, corrosion, and foaming, which impacts
energy efficiency and can cause equipment damage.

of boiler and steam distribution
costs is due to addressing
water quality issues.