This is the landing page for the IMI Critical Engineering site
IMI Critical Engineering is a world-leading provider of critical flow control solutions that enable vital energy and process industries to operate safely, cleanly, reliably and more efficiently.
We design, manufacture and install customised, highly engineered solutions for new plant builds and also provide complete plant lifecycle service support. This ensures that our customers benefit from efficient maintenance, speedy issue resolution and plant optimisation at all times.
We deliver great solutions to our customers through a unique combination of engineering know-how and fluid controls technology. At the heart of our 'Engineering great solutions' ethos is customer value.
The unique combination of our IMI Critical Engineering companies' know-how and worldwide experience underpins our reputation as a leading global supplier to the major energy and industrial process sectors.
In this section you will find the latest IMI case studies, organised by industry, application and industry. Use the drop downs to filter as required.
In this section you will find the latest IMI press releases, archived news, and IMI in Action case studies which highlight our businesses’ innovations and achievements.
Our performance and our ability to harness the Group’s full potential relies heavily on having the right people in the right places at the right time. This means recruiting and developing the best people, who have excellent, relevant skills and who are clearly aligned to both our values and our ambitions.
Please use the Product Finder to search for products by category, sub-category, industry and/or brand. Please use the Search box above for product name search.
The new concept of the No-Bell Top® charger allows for better burden distribution in the blast furnace as well as a quick exchange of the chute system. The compactness of the No-Bell Top® System ensures an easy exchange of a double-bell system. With the flexible chute system of the No-Bell Top® it is possible to charge the burden and coke to any position in the blast furnace. It ensures that the coke is effectively directed and piled in the appropriate destination generating a better gas exploitation and lowers consumption of reducing agents. No-Bell Top® is also equipped with a quick changing device for the complete chute system.
The essential features of the No-Bell Top® are its reliable gas tightness to prevent leakage as well as precise and quick material distribution. The efficiency of existing furnace processes can be considerably increased and the emissions reduced. The consumption of reduction agents can be reduced and the performance of the blast furnace increased. Due to the cost savings, the return of investment could be less than one year.
Constant chute angle guaranteesperfect distribution due to superiorburden guidance
No lifting and lowering of the chute;this reduces torque and load to the gear guidance
Reduced wear due to low drop height of burden into the chute system
Several charging models possible (ring, spiral, sector, point, etc.)
Fast relocation of the charging position
Less energy consumption
Simple gearbox design with push rods
Gearbox protection due to complete water cooled and insulated shell
Perfect gas seal
Easy access for maintenance
Quick exchange of the charger
Very compact height
Two identical frequency controlled motors
Upper chute is ceramic lined
New compact design (easy exchange of old double bell system)
No complicated tilting gearbox
Low gearbox loads
Simple exchange (new benchmark in “maintenance friendly”)
Less modifications of the steel structure at the blast furnace top
Low investment cost
Perfectly controlled burden distribution
Perfect Center Coke
Lower reduction agent consumption
ND upper gas shut-off valve*700/1000 mm
ND lower gas shut-off valve*700/1000 mm
ND material control valve*700/1000 mm
ND lower chute*700/1000 mm (elliptical)
ND = nominal diameter
Max. operating pressureTo customer requirements
Design pressureTo customer requirements
Abnormal occurance inside blast furnacePeak of 1000ºC for maximum of 5 minutes
Rotational speed0-12 rpm
IMI Critical Engineering, Lakeside, Solihull Parkway, Birmingham Business Park, Birmingham B37 7XZ
© Design Motive