Waste management

At SOLMED Alliance we are very clear that making a responsible and sustainable use of our waste is key to caring for the planet. That is why we offer a wide range of waste management services, always from the perspective of respect for the environment.

Our philosophy is clear: to apply the latest waste treatment technologies to optimise the reuse of waste.

We aim to have a positive impact on the environment and, in doing so, our number one priority is to make sustainable use of the waste we manage.

The goal: 0% landfill waste

Thanks to the patented green technology we use at Solmed Alliance, we are able to convert waste into waste-derived fuel. The process also uses no chemicals, combustion, microwaves or pressure and produces no emissions. The following certification: ISO 9001 NATO AH649, RINA, M.O.G.C. 231, APHIS y APHA verify the effectiveness of this innovative treatment process. After the process, the waste can be stored for up to 90 days without odour, without leaching and fully pasteurised without refrigeration and with less volume and weight.

Innovation for sustainability

Waste treatment: directly at source

Infectious hospital waste
H Series

Hospitals, Clinics, Treatment Centres, Laboratories, Waste Management Centres

Municipal solid waste
MO Series

Restaurants, hotels, bars, residences, homes, resorts, shopping centres, airports, customs, ports, construction sites, markets, industries and onshore.

On-site treatment
MOB Series

Military bases, humanitarian camps, field hospitals, airports, customs, ports, resorts, construction sites, onshore, markets, shopping centres, industry.

Offshore treatment
NV Series

Private yachts, offshore platforms, merchant ships, cruise ships, oil tankers, ferries, military vessels

Waste characteristics

The equipment transforms waste into a reusable material by transforming a hazardous waste into a product with the LER Code: (European Waste List) 19.12.10 – 20.03.01.

Certifications

The equipment is designed for the treatment of waste of different types and composition resulting in sterilisation, physical modification, volume reduction, dehydration and weight reduction.

Waste loading

The waste is loaded into the sterilisation chamber (manually in small machines or by automatic loader) in its original packaging (containers, plastic bags or cardboard) and the lid is closed.

The rotor gradually accelerates to crush the material and the temperature quickly reaches 100ºC.

El rotor va acelerando gradualmente para triturar el material y la temperatura alcanza rápidamente los 100ºC.

Evaporation

The heat generated by the friction causes the moisture in the waste to evaporate and the temperature is maintained at around 100°C.

Overheating

Once all the moisture has been removed, friction causes the temperature to rise to 151°C.

Sterilisation or Pasteurisation

The temperature is maintained at 151 °C for 3 minutes, under moist heat conditions, by controlled dosing of water.

Cooling

The waste is sprayed with water to lower the temperature of the material to about 100 °C. Afterwards, the temperature is lowered adiabatically to 60°C with the drain pump.

Vacuum bag unloading

The material is discharged with centrifugal force through the opening of a self-operated valve located at the bottom of the treatment chamber.

The final outcome

Valorisation of fluff as a waste derived fuel

Uses of the derived waste

Odourless, pasteurised and fully processed.

Cycle time with technology under 30 minutes

At the end of the treatment, the outgoing product is generally considered a “fluff”. It is completely unrecognisable, odourless and completely sterilised in all its parts; but above all, with a 50% reduction in weight and 80% reduction in volume.

The waste can remain for up to 90 days without the need for storage or refrigeration as it is completely pasteurised. In addition, they do not emit odours or produce leachate. These characteristics guarantee not only benefits in terms of safety, long-term handling and storage of a stable product, but also allow considerable savings in logistics, not only from an economic but also from a practical and environmental point of view (less material disposed of means a reduction in costs and consequently in the number of transports, giving an overall environmental benefit).

Advantages of this technology

Heating power

The special vacuum packaging reduces the volume of treated waste by up to 80%. The technology pulverises and dehydrates the waste, resulting in RDF (refuse derived fuel) with LER Code 19.12.10 or 20.03.01.

Models:

H5000

H2000

H1000

H400

H200

H100

H50_25

H5000

Technical details
5000 litres of residue
hospital waste	500 a 600 kg/h
treatment chamber volume [lt]	5000
dry weight of the machine [kg]	16000
machine footprint [mm – h]	8000×2500-6500
electrical panel weight [kg]	1200
electrical panel fooprint [mm]	1600x800x2100
total installed power [kw]	520
rated engine power [kw]	500
rated current [a]	600
current spike [a]	750
electricity consumption [kw/kg]	0.4 – 0.6

H2000

Technical details
2000 litres of waste
hospital waste	250 to 350 kg/h
treatment chamber volume [lt]	2000
dry weight of the machine [kg]	14000
machine footprint [mm – h]	6700×2500-6500
electrical panel weight [kg]	1000
electrical panel footprint [mm]	1600x800x2100
total installed power [kw]	360
rated engine power [kw]	350
rated current [a]	400
current spike [a]	480
electricity consumption [kw/kg]	0.4 – 0.6

H1000

Technical details
1000 litres of waste
hospital waste	150 to 200 kg/h
treatment chamber volume [lt]	1000
dry weight of the machine [kg]	12000
machine footprint [mm – h]	6700×2500-5900
electrical panel weight [kg]	800
electrical panel footprint [mm]	1600x800x2100
total installed power [kw]	260
rated engine power [kw]	250
rated current [a]	300
current spike [a]	360
electricity consumption [kw/kg]	0.4 – 0.6

H400

Technical details
400 litres of waste
hospital waste	60 to 80 kg/h
treatment chamber volume [lt]	400
dry weight of the machine [kg]	2200
machine footprint [mm – h]	2300×1500-1800
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	100
rated engine power [kw]	85
rated current [a]	120
current spike [a]	150
electricity consumption [kw/kg]	0.4 – 0.6

H200

Technical details
200 litres of waste
hospital waste	30 to 40 kg/h
treatment chamber volume [lt]	200
dry weight of the machine [kg]	1500
machine footprint [mm – h]	1950×1200-1400
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	65
rated engine power [kw]	60
rated current [a]	95
current spike [a]	120
electricity consumption [kw/kg]	0.4 – 0.6

H100

Technical details
100 litres of waste
hospital waste	15 to 20 kg/h
treatment chamber volume [lt]	100
dry weight of the machine [kg]	1100
machine footprint [mm – h]	1500×1100-1400
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	55
rated engine power [kw]	50
rated current [a]	70
current spike [a]	80
electricity consumption [kw/kg]	0.4 – 0.6

H50_25

Technical details
H50
treatment chamber volume [lt]	50
dry weight of the machine [kg]	250
electrical panel footprint [mm]	700x700x1100
total installed power [kw]	10
waste [kg/h]	8 – 12
H25
treatment chamber volume [lt]	25
dry weight of the machine [kg]	110
electrical panel footprint [mm]	700x600x900
total installed power [kw]	2.8
waste [kg/h]	4 – 6

MO5000

MO2000

MO1000

MO400

MO200

MO100

MO50_25

MO5000

Technical details
5000 liters of waste
organic waste	500 to 600 kg/h
municipal waste	1500 to 1800 kg/h
treatment chamber volume [lt]	5000
dry weight of the machine [kg]	16000
machine footprint [mm – h]	8000×2500-6500
electrical panel weight [kg]	1200
electrical panel footprint [mm]	1600x800x2100
total installed power [kw]	520
rated engine power [kw]	500
rated current [a]	600
current spike [a]	750
electricity consumption [kw/kg]	0.4 – 0.6

MO2000

Technical details
2000 liters of waste
organic waste	250 to 350 kg/h
municipal waste	600 to 800 kg/h
treatment chamber volume [lt]	2000
dry weight of the machine [kg]	14000
machine footprint [mm – h]	6700×2500-6500
electrical panel weight [kg]	1000
electrical panel footprint [mm]	1600x800x2100
total installed power [kw]	360
rated engine power [kw]	350
rated current [a]	400
current spike [a]	480
electricity consumption [kw/kg]	0.4 – 0.6

MO1000

Technical details
1000 liters of waste
organic waste	150 to 200 kg/h
municipal waste	250 to 300 kg/h
treatment chamber volume [lt]	1000
dry weight of the machine [kg]	12000
machine footprint [mm – h]	6700×2500-5900
electrical panel weight [kg]	800
electrical panel footprint [mm]	1600x800x2100
total installed power [kw]	260
rated engine power [kw]	250
rated current [a]	300
current spike [a]	360
electricity consumption [kw/kg]	0.4 – 0.6

MO400

Technical details
400 liters of waste
organic waste	60 to 80 kg/h
municipal waste	100 to 150 kg/h
treatment chamber volume [lt]	400
dry weight of the machine [kg]	2200
machine footprint [mm – h]	2300×1500-1800
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	100
rated engine power [kw]	85
rated current [a]	120
current spike [a]	150
electricity consumption [kw/kg]	0.4 – 0.6

MO200

Technical details
200 liters of waste
organic waste	30 to 40 kg/h
municipal waste	40 to 80 kg/h
treatment chamber volume [lt]	200
dry weight of the machine [kg]	1500
machine footprint [mm – h]	1950×1200-1400
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	65
rated engine power [kw]	60
rated current [a]	95
current spike [a]	120
electricity consumption [kw/kg]	0.4 – 0.6

MO100

Technical details
100 liters of waste
organic waste	15 to 20 kg/h
municipal waste	20 to 40 kg/h
treatment chamber volume [lt]	100
dry weight of the machine [kg]	1100
machine footprint [mm – h]	1500×1100-1400
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	55
rated engine power [kw]	50
rated current [a]	70
current spike [a]	80
electricity consumption [kw/kg]	0.4 – 0.6

MO50_25

Technical details
H50
treatment chamber volume [lt]	50
dry weight of the machine [kg]	250
electrical panel footprint [mm]	700x700x1100
total installed power [kw]	10
waste [kg/h]	8 – 12
H25
treatment chamber volume [lt]	25
dry weight of the machine [kg]	110
electrical panel footprint [mm]	700x600x900
total installed power [kw]	2.8
waste [kg/h]	4 – 6

MOB20

MOB40

MOB40Plus

MOB20

Technical details
200 liters of waste
organic waste	30 to 40 kg/h
municipal waste	40 to 80 kg/h
400 liters of waste
organic waste	60 to 80 kg/h
municipal waste	100 to 150 kg/h

200 or 400 liters in container
1 unit: 200 or 400 liters
1 radiator type cooling unit
3 water tanks
1 electrical control panel
Internal lighting system

NOTE
treatment capacities calculated assuming:
a density of 180 kg/m3 and 50% humidity for urban waste

MOB40

Technical details
400 liters of waste
organic waste	60 to 80 kg/h
municipal waste	100 to 150 kg/h

400 liters in container
1 Unit: 400 liters
1 radiator type cooling unit
3 water tanks
1 diesel generator with 8 hours autonomy
1 electrical control panel
Internal lighting system

NOTE
treatment capacities calculated assuming:
a density of 180 kg/m3 and 50% humidity for urban waste
a density of 100 kg/m3 and 30% humidity for medical waste

MOB40Plus

Technical details
400 liters of waste
organic waste	60 to 80 kg/h
municipal waste	100 to 150 kg/h

400 liters in container
2 Units: 400 liters
1 radiator type cooling unit
3 water tanks
1 electrical control panel
Internal lighting system

NOTE
treatment capacities calculated assuming:
a density of 180 kg/m3 and 50% humidity for urban waste
a density of 100 kg/m3 and 30% humidity for medical waste

NV200

NV100

NV60

NV30_NV10

NV200

Technical Details
400 liters of waste
organic waste	60 to 80 kg/h
municipal waste	100 to 150 kg/h
treatment chamber volume [lt]	400
dry weight of the machine [kg]	2200
machine footprint [mm – h]	2300×1500-1800
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	100
rated engine power [kw]	85
rated current [A]	120
current spike [A]	150
electric consumption [kw/kg]	0.4 – 0.6

NV100

Technical Details
200 liters of waste
organic waste	30 to 40 kg/h
municipal waste	40 to 80 kg/h
treatment chamber volume [lt]	200
dry weight of the machine [kg]	1500
machine footprint [mm – h]	1950×1200-1400
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	65
rated engine power [kw]	60
rated current [A]	95
current spike [A]	120
electric consumption [kw/kg]	0.4 – 0.6

NV60

Technical Details
100 liters of waste
organic waste	15 to 20 kg/h
municipal waste	20 to 40 kg/h
treatment chamber volume [lt]	100
dry weight of the machine [kg]	1100
machine footprint [mm – h]	1500×1100-1400
electrical panel weight [kg]	450
electrical panel footprint [mm]	1000x660x2000
total installed power [kw]	55
rated engine power [kw]	50
rated current [A]	70
current spike [A]	80
electric consumption [kw/kg]	0.4 – 0.6

NV30_NV10

Technical Details
NV30
treatment chamber volume [lt]	50
dry weight of the machine [kg]	250
electrical panel footprint [mm]	700x700x1100
total installed power [kw]	10
waste [Kg/h]	8 – 12

Technical Details
NV10
treatment chamber volume [lt]	25
dry weight of the machine [kg]	110
electrical panel footprint [mm]	700x600x900
total installed power [kw]	2.8
waste [Kg/h]	4 – 6

Servicios de gestión y tratamiento de residuos

We protect you and the environment

We have everything you need for comprehensive waste management: transport, storage, treatment and recovery of waste, as well as the reuse of raw materials, and the final disposal of waste in a controlled and safe manner. We also offer a wide range of high added value industrial cleaning services.

In addition, SOLMED Alliance offers complete urban cleaning services. Our projects are based on our own experience in managing camps, municipalities and cities of between 3,000 and 1,500,000 inhabitants, with routes covering areas of 300 km2/day. We are able to handle an average waste collection volume of 1,800 tonnes.