What Should a Site Assessment Prove Before Sterimelt Recommends a Machine?

A site assessment should prove one thing before Sterimelt recommends a machine: Can this machine work properly on this site, with this waste stream, this layout and this team?

That is the point of the assessment. It is not a box-ticking visit. It should confirm whether the site has the right material, the right access, the right floor, the right power, the right operator space and the right service route.

A waste machine can look right on paper and still be wrong for the site.

Sterimelt’s wider machine range is designed for different waste streams, but the assessment principle is the same: the machine should be recommended around the waste and the site, not the other way around.

Key Takeaways

• A site assessment should prove the machine fits the real waste stream and the real site.

• The recommendation should be based on evidence from the site, not just the buyer’s waste reduction goal.

• For Sterimelt, the site must be suitable for access, floor strength, working space and a 32 amp three-phase supply.

• Operators should be able to use the machine safely after practical training.

• The final recommendation should cover installation, use, servicing and support before approval.

Why Does Sterimelt Need To Assess The Site First?

Waste machinery does not work in theory. It works in a waste room, yard, loading bay, production site, warehouse or back-of-house space.

The assessment has to look at what is actually happening on site:

• Where does the waste build up?

• Who moves it?

• How often is it collected?

• Where could the machine sit?

• Can it be loaded safely?

• Can an engineer reach it later?

Those are the practical questions that decide whether the machine is right for the site.

A site assessment should stop the wrong machine being recommended for the wrong job. It should also stop a good machine being placed in the wrong part of the site.

The recommendation should come after the site proves it can support the machine.

What Should The Assessment Prove About The Waste Stream?

The first check is the material. Sterimelt should not be recommended just because a site wants to reduce waste volume. The assessment needs to confirm what waste is being produced, what can go into the machine, what must stay out and whether the waste stream matches the machine being considered.

Each machine needs to be matched to the waste stream and the site conditions.

Many machine problems are not really machine problems. They start with unsuitable material going into the process.

The site team needs to understand this clearly. Aerosol cans, compressed gas, lithium batteries and other unsuitable materials can create avoidable safety and service issues.

A good assessment does not force the waste into the machine. It proves whether the machine is right for the waste.

What Should The Assessment Prove About Access?

Access is not just about getting the machine through the door.

The assessment should confirm the evidence behind each access point: delivery access, positioning access, operator access, waste movement and future service access.

For Sterimelt, the machine needs to be positioned with suitable handling equipment, usually a pallet truck or forklift. The machine has built-in forklift access, but the site still needs a practical route into the final position.

The assessment should confirm:

Access point	What the assessment should prove
Delivery route	The machine can reach the final location
Positioning	A pallet truck or forklift can be used safely
Operator space	Staff can load and unload without squeezing around obstacles
Waste route	The machine sits where the waste already moves
Service route	An engineer can reach the machine later
Clearance	There is enough space around the machine for safe use

This is no more complicated than checking the basics before installing an industrial baler: access, space, floor, power and safe operation.

The wrong location creates daily friction. Staff start working around the machine instead of with it, and that is what the assessment should avoid.

What Should The Assessment Prove About The Floor And Location?

The floor matters. For Sterimelt, the site needs a flat, solid, load-bearing surface because the machine weighs around 450kg. That should be checked before installation is agreed.

This is basic, but it is important. The machine should not be placed on an unsuitable surface just because the space is convenient. It needs to sit somewhere stable, reachable and practical for the people using it.

Location also affects daily use. The machine needs a proper working position, not just a spare gap beside other equipment. The site team should be able to load, unload and check the machine without working in a cramped corner.

The assessment should prove the machine has a proper working position, not just a spare space.

What Should The Assessment Prove About Power?

Power should be checked early. For Sterimelt, the site needs a 32 amp three-phase electrical supply and a suitable heavy three-phase plug.

That cannot be left until delivery week. A machine may be the right fit operationally, but if the power is not available or planned properly, installation can stall. The assessment should confirm what electrical supply exists, what work is needed and whether the site is ready before the machine arrives.

The recommendation should not move forward until the power requirement is clear.

What Should The Assessment Prove About Operators?

The assessment should prove that normal use will be practical for the site team.

The machine should not need a specialist technician standing beside it every day. Operators need clear, practical training. They should know what can go in, what must stay out, how to load the machine, how to start the process, when to leave trays to cool and how to handle hot trays safely.

Sterimelt is pre-programmed and controlled through a PLC. Operators are not there to adjust the machine’s temperature, timing or process settings.

That keeps the process controlled. The site team’s job is to use the machine properly. Sterimelt’s job is to set it up correctly, train the team and support the machine after installation.

A good assessment checks whether that will work on the site.

What Should The Assessment Prove About Maintenance?

The machine may be low maintenance, but the assessment still needs to prove that basic checks and servicing can happen.

Low maintenance does not mean no access. For Sterimelt and Styromelt, consumables can include filters. The important assessment point is simple: can the filter area be reached, and can trained site personnel deal with routine consumables without turning it into a major service event?

The same applies to engineer access. The machine should not be blocked by stored waste, cages, pallets or other equipment. If an engineer needs to inspect the machine, the site should not have to rearrange the whole area.

The assessment should answer a practical question: Can this machine be used, checked and serviced without disrupting the waste operation?

What Should The Assessment Prove About Monitoring And Support?

Support does not stop after installation. Sterimelt machines can send operating data back for review, including run time and operating temperature. That gives Sterimelt more visibility into how the machine is performing.

The assessment should confirm that support will work after installation: the machine can send data, the site can respond to basic advice, and an engineer can reach the machine if a field visit is needed.

That kind of support only works properly when the machine has been installed in a sensible place, used correctly and kept accessible.

A proper recommendation is not just “this machine can process this waste.” It is “this machine can be installed, used, monitored and supported properly on this site.”

What Should Buyers Expect From The Recommendation?

The recommendation should leave the buyer knowing exactly what machine fits, where it sits and what must be ready before installation.

The recommendation should make these points clear:

• the waste stream being suitable

• the location being practical

• the floor being load-bearing

• the access route being workable

• the electrical supply being correct

• the operators being trainable

• the machine being reachable for service

• the support process being clear

If any of those points are uncertain, the recommendation should say so.

The assessment protects both sides. The buyer does not inherit a machine that is awkward to use, and Sterimelt does not recommend equipment into a site that cannot support it properly.

A proper site assessment does not force a machine into the site. It proves whether the site is ready for the machine.

What Should a Site Assessment Prove Before Approval?

Before Sterimelt recommends a machine, the assessment should prove that the machine will make the site easier to run, not harder.

It should reduce waste volume, fit the waste route, work safely for operators and remain accessible for checks, servicing and support.

The final question is simple: Can this machine do the job here, with this waste, in this location, with this team?

If the answer is clear, the recommendation is stronger. Book a meeting with Sterimelt to check whether your site is ready for the right waste reduction machine.

FAQs

What is the purpose of a Sterimelt site assessment?

A Sterimelt site assessment checks whether the site, waste stream, access, power supply, floor and operator setup are suitable before a machine is recommended.

Does Sterimelt recommend the same machine for every site?

No. The right machine depends on the waste stream, volume, layout, site access and operational need. The assessment should prove which machine fits the site.

What does the site need before installing Sterimelt?

For Sterimelt, the site needs a flat, solid, load-bearing surface, suitable access for positioning, enough working space and the correct 32 amp three-phase electrical supply.

Who should operate the machine?

The machine should usually be operated by trained site staff who already work around the waste stream. They need to know what can go in, what must stay out and how to use the machine safely.

Why does access matter in a site assessment?

Access matters because the machine has to be delivered, positioned, loaded, checked, serviced and reached safely. Poor access can create daily problems even when the machine itself is suitable.