HORA Desuperheaters Delivered to an SK Power Plant in Korea
The heart of temperature control in high temperature, high pressure steam systems, supplied by VALVEPARK
In power plants and industrial plants, steam temperature control is a critical factor that determines both stable operation and overall efficiency.
In systems that handle high temperature, high pressure superheated steam in particular,
a device that lowers the steam temperature precisely to match the operating conditions is essential.
This post introduces the HORA Desuperheaters that VALVEPARK actually delivered to an SK affiliate power plant in Korea.
※ For security reasons and at the customer request, the specific plant name and project details are not disclosed.
A Desuperheater is a device that sprays finely atomized cooling water into superheated steam
in order to bring the steam temperature down to the required level.
In simple terms, it works on the following principle.
High temperature superheated steam + spray water → fine droplets sprayed and mixed → spray water evaporates → steam temperature drops
The steam can only be cooled to the target temperature reliably when the cooling water is fully atomized and evenly mixed into the steam, so
a desuperheater should never be thought of as a simple water spray device.
In a real plant, steam temperature, pressure, flow rate, spray water conditions, available installation space and load variation all have to be considered together
when selecting and designing the right type of Desuperheater.
HORA likewise offers a broad range of Desuperheater solutions for power generation and industrial plants,
with designs that cope with steam temperatures of up to 600℃ and high pressure conditions depending on the product.
HORA supplies several different Desuperheater designs to match site operating conditions and required performance.
This delivery covered the following four types of HORA Desuperheater.
The Injection Lance reaches into the steam pipe and sprays cooling water inside it.
Spray water is injected into the steam flow inside the pipe, mixes with the steam, and lowers the steam temperature as it evaporates.
An injection device that reaches inside the steam pipe and sprays cooling water
That is the simplest way to remember it.
The Steam Assisted Atomizer uses auxiliary steam to atomize the spray water even more finely.
By breaking the spray water into very small droplets that mix rapidly with the hot steam, it is designed to deliver efficient cooling and accurate temperature control.
How evenly the spray water mixes with the steam and how quickly it evaporates are decisive factors in Desuperheater performance, so
this atomizing technology plays an important role as well.
The Venturi Desuperheater uses a venturi section to make the steam flow and the spray water mix effectively.
Its defining feature is that the geometry of the steam passage itself is used to mix the spray water thoroughly into the steam.
It is one of the Desuperheater designs used where the mixing and evaporation process matters most.
As the name suggests, the Multiple Nozzle Desuperheater sprays cooling water through several nozzles.
Rather than concentrating the spray water in a single nozzle, the flow is distributed across multiple nozzles so that it mixes with the steam more uniformly.
This multiple nozzle approach suits plants with high steam flow rates or tight temperature control requirements.
| Product Type | Key Characteristics |
|---|---|
| Injection Lance | Injects spray water directly inside the pipe to control steam temperature |
| Steam Assisted Atomizer | Uses auxiliary steam to atomize the spray water for effective mixing with the steam |
| Venturi Desuperheater | Uses a venturi structure to improve steam and spray water mixing and cooling efficiency |
| Multiple Nozzle Desuperheater | Distributes and sprays the water evenly through multiple nozzles for precise temperature control |
HORA Desuperheaters are designed for the high temperature and high pressure steam systems found in power plants and a wide range of industrial plants.
| Item | Key Specification |
|---|---|
| Function | Optimizes system performance through precise temperature control and effective cooling |
| Pressure Rating | Up to PN400 |
| Temperature Range | Up to 600℃ |
| Medium | Steam, Water |
| Main Applications | Power generation, pulp and paper, chemical and petrochemical, metals |
HORA official product literature also lists the Desuperheater range with a pressure rating of up to PN400 and
a temperature range reaching 600℃.
Because this equipment handles such high pressures and temperatures, selecting a product takes more than checking a size:
a technical review based on the actual operating conditions is what matters.
VALVEPARK Delivers HORA Desuperheaters to a Korean Power Plant
For this project, VALVEPARK delivered HORA Desuperheater products to an SK affiliate power plant in Korea.
The specific plant name and the project details cannot be disclosed for customer and project security reasons, but
we do hold a delivery record of actually supplying HORA Desuperheaters to a power generation site in Korea.
What makes this delivery meaningful is that it was not a single identical product, but a range of HORA Desuperheaters:
Injection Lance
Steam Assisted Atomizer
Venturi Desuperheater
Multiple Nozzle Desuperheater
all supplied for the same project.
Steam systems in power plants run under demanding conditions, so it is important to check the product specifications accurately and
to select a product that matches the required conditions.
As an official HORA distributor, VALVEPARK handles purchasing consultation and supply of HORA products in Korea.
HORA builds on its engineering strength in industrial Control Valves and Steam Conditioning
to offer a wide range of products for high temperature, high pressure plant environments.
So at VALVEPARK, beyond simply purchasing a product,
“Which HORA product should we apply at our site?”
“Can the product we are currently using be replaced with a HORA product?”
“Please select a Desuperheater suited to our steam temperature and pressure conditions.”
we can also handle technical questions like these.
Purchasing and Maintenance Consultation for Every HORA Product
Beyond Desuperheaters, we provide purchasing and maintenance consultation across the wider HORA product range.
When existing equipment needs replacement or maintenance, we check the site operating conditions and the specifications of the current product
and work out the right approach with you.
HORA Services You Can Consult VALVEPARK About
✔ Purchasing consultation for every HORA product
✔ Desuperheater product selection
✔ Technical review of high temperature and high pressure steam systems
✔ Review of product specifications and application conditions
✔ Replacement and substitution review for existing products
✔ Maintenance consultation
✔ Specialist engineering support
Industrial Valves Take Engineering: VALVEPARK Is With You
As this HORA Desuperheater delivery to a Korean power plant shows, industrial valves and equipment used in plants
depend far more on accurate product selection and technical review than on the purchase itself.
As an official HORA distributor, VALVEPARK backs product supply with specialist engineer support, covering everything from product selection to
engineering, delivery and maintenance, working through the solution your site needs together with you.
If you need a HORA Desuperheater for a high temperature, high pressure steam system, or have questions about purchasing or
maintaining HORA products, please contact VALVEPARK.
We will review the product that fits your site conditions and provide the engineering support you need.
VALVEPARK | Specialist Technical Partner for Industrial Valves
Official HORA Distributor
Desuperheater · Control Valve · Steam Conditioning
Industrial Valves · Plant Engineering · Maintenance
