Stories
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A green transition in Industry: No more harmful emissions in ports!
Onshore Power Supply (OPS) is an Actemium Swedish-made solution for electrical shore power connections of vessels with more than 20 references in the past 10 years.
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A Green transition to industry: From dry turf to a lush wildflower meadow
Actemium Rheinland has proposed a solution to transform turf into wildflower meadows for insects.
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A Green Transition in Industry: 3D printing to reduce spare parts and waste
At a large production facility like Arcelor Mittal Ghent, spare parts management is very costly. They have a large spare parts warehouse with a lot of different spare parts waiting to be used. Most of the time, complex tailor-made parts are used to replace the original part that is only slightly damaged.
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A Green Transition in industry: A second life for maritime containers
Actemium Laxou, a French Business Unit that manufactures biomethane injection stations has introduced the idea of using recycled containers on their site. The containers are transformed and fitted out as shelters to inject biogas into the French networks. The initiative aims to recycle maritime containers, thus giving a second life to tons of steel.
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A Green Transition in industry: Actemium OPS technology to eliminate CO2 emissions
Luleå Harbor, Sweden needed a mobile Onshore Power Supply (OPS) solution to eliminate emissions from docked ships. Those without OPS are powered using their own generators by fossil fuel which consumes up to 865kW per ship, leading to emissions.
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A Green Transition in Industry: Creating a 3D printer using recycled material
Maintainers are often faced with obsolete equipment that is no longer manufactured. To fight against obsolescence, Actemium Adour Pyrénées manufactured a 3D printer, by using 80% of recycled materials, to create custom parts to replace broken pieces for industrial clients.
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A Green Transition in industry: Virtual flow measuring with neural networks
With the growing interest to reduce the consumption of resources, measurements must first be taken. Measuring devices such as flow meters are costly to install and require high maintenance which is why there is often only a main meter available. However, this means that the partial uses per installation are unknown, thus, cannot be optimized.
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