

Clayton steam generators are high-quality steam solutions based on continuous technical development and high-standard components. The E-Series is the most compact, efficient, and safe way to produce high-quality steam – and does it faster than any other solution on the market.
Clayton steam generators are not only among the most cost-effective solutions but also among the most sustainable. Lower fuel consumption, fewer blowdowns, and cold idling are just some of the technical advantages that provide short payback times and long lifespans.
Since 1930, these advantages have been the foundation of Clayton’s success. By manufacturing all critical components in-house, Clayton ensures a high-quality solution that meets the strictest standards while delivering the safest steam system on the market.
The theoretical and operational thermal efficiency are two different concepts. Conventional boilers are often rated with theoretical efficiency under ideal conditions. Since operational efficiency is an actual value reflecting real performance, it is important to assess different steam concepts under real operating conditions. Do you want to know the actual operating costs for a boiler house? See our savings calculator here.
When using Clayton Steam Generators, it is not possible to have a steam explosion. This is a danger associated with a low water level in other types of boilers that store a large volume of hot water. As the Clayton Steam Generator does not have a water level and does not store a large volume of water, the danger of a steam explosion is completely eliminated.
Our steam quality is the best available compared to any type of boiler and is at least 99.5% dry saturated at all steam loads. This reduces the amount of water and impurities going into the process and ensures higher energy content of the process steam. This dry steam is certainly essential for culinary purposes or any applications where steam will be in contact with the medium to be heated.
The Clayton forced circulation design enables an extremely rapid response to steam load fluctuations. A Clayton Steam Generator will speedily ramp up and run at the required steam output continuously without faltering, while guaranteeing a stable steam pressure at all operating conditions.
Blowdown is necessary to prevent build up of impurities in boiler systems. Within the Clayton design, blowdown is extremely small and purges are highly concentrated. This saves fuel, chemicals and water.
The rapid start and rapid response can be controlled automatically. All Clayton systems can be started by a single switch locally or remotely just like any modern advanced machinery.
Because of the inherent safety and automatic systems, all Clayton Steam Generators can be supplied to run without operator attendance for a period up to one week.
One of the practical benefits of the simple design concept is that maintenance requirements are minimal. In addition, all of the components have been developed and improved over many years to make the Clayton Steam Generator the most reliable steam boiler available today.
A Clayton Steam Generator requires only a fraction of space and load support compared to a ‘classic’ boiler, which reduces the building costs. Further, this small footprint and safe design enables the steam generator to run in proximity of the steam application, which increases efficiency. The light weight even allows location on an upper floor level.
As a Clayton Steam Generator delivers high quality steam within 5 minutes after start-up there is no need to keep burning fuel and to keep it up to temperature. In other words, in case of no steam demand, the burner will be switched off.
Low NOx burners are available to meet the strictest regulations.







SD-Teknik is the only official distributor of Clayton's steam generators, economizers, and boiler room accessories in Denmark including Greenland and the Faroe Islands, Norway as well as in the maritime market.

Since October 20, 1930, Clayton Industries has established a worldwide reputation as a leading manufacturer of steam production equipment for industrial processes – both fired boilers and unfired heat exchangers.