NO347898B1

NO347898B1 - A disused aluminum plant that is being converted into a land-based breeding facility

Info

Publication number: NO347898B1
Application number: NO20221104A
Authority: NO
Inventors: Tom Vevik
Original assignee: Tom Vevik
Priority date: 2022-10-15
Filing date: 2022-10-15
Publication date: 2024-04-29
Also published as: NO20221104A1

Description

Oppfinnelsen går ut på at et nediagt Aluminiums verk på en enkel og kostnads effektiv måte blir ombygd og brukt til å produsere sjømat og event, ferskvanns levende arter i et landbasert oppdretts anlegg som f.eks til Laks. The invention involves a decommissioned aluminum plant being rebuilt in a simple and cost-effective way and used to produce seafood and, eventually, freshwater living species in a land-based farming facility such as for Salmon.

Fordelen med dette er at Ovnene (blir ombygd til basseng/kar) er hevet over terenget, en kan dermed komme til fra undersiden for f.eks rengjøring. The advantage of this is that the Ovens (to be converted into a pool/tub) are raised above the ground, so you can access them from the underside for e.g. cleaning.

Dette har store fordeler til forskjell til f.eks andre metoder der en bygger kar på land som er sammenkoblet, men ikke har den muligheten for renhold og er svært kostbar ( Pt nr wo 2019125175a1) eller et bulk/tank fartøy som blir ombygd til oppdrett av fisk og skalldyr, som bl.a vil kreve betydelig vedlikehold (Pt nr No 20100465 al) This has great advantages in contrast to, for example, other methods where you build vessels on land that are connected, but do not have the possibility of cleaning and are very expensive (Pt no wo 2019125175a1) or a bulk/tank vessel that is converted for farming of fish and shellfish, which, among other things, will require significant maintenance (Pt no No 20100465 al)

Et ombygd Aluminiums verk har pumpestasjoner for vann med stor kapasitet, en annen fordel er at artene f.eks Laks får en større bevegelses frihet og dermed et sunnere livsløp. Et slikt anlegg har også et transport system for Oksid som enkelt kan brukes til å transportere For Pelets frem til matestasjonene. A rebuilt Aluminium's plant has pumping stations for water with a large capacity, another advantage is that species such as Salmon get greater freedom of movement and thus a healthier life course. Such a facility also has a transport system for Oxid which can easily be used to transport For Pelets to the feeding stations.

Det er også en stor fordel at en kan dele og samkjøre ovnene med saltvann og ferskvann til de arter som(f.eks Laks) som kan tåle begge vann, dette for å unngå sykdom og lus og spredning av dette. It is also a great advantage that you can share and run the ovens with salt water and fresh water at the same time for those species (e.g. Salmon) that can tolerate both water, this to avoid disease and lice and the spread of this.

En annen fordel er at en kan opprett holde mange av arbeids plassene lokalt og at verden har behov for sunn mat. Another advantage is that you can maintain many of the workplaces locally and that the world needs healthy food.

Et nedlagt aluminiums verk blir ombygd til et landbasert oppdretts anlegg for laks eller andre arter som er mulig, der en bruker eksisterende ovner og at ovnene blir rengjort, tettet og sammenkoblet, og at en del av ovnsrekkene far saltvann fra sjøvanns pumpe stasjon, og en annen del får ferskvann fra ferskvanns pumpe stasjon, og at ovnene har tette åpne og lukkbare luker i bunnen for rengjøring og forsvarlig deponering av bunn avfallet. A disused aluminum plant is converted into a land-based farming facility for salmon or other species that is possible, where existing furnaces are used and the furnaces are cleaned, sealed and connected, and that part of the furnace rows receive salt water from a seawater pumping station, and a another part receives fresh water from a fresh water pump station, and that the ovens have tight open and closeable hatches at the bottom for cleaning and proper disposal of bottom waste.

Ovnene blir rengjort, tettet og koblet sammen med store forbindelser, og blir malt/trukket med kraftig duk innvendig, og at forbindelsene får tettende åpne og lukkbare luker mellom hver ovn. The ovens are cleaned, sealed and connected with large connections, and are painted/lined with strong cloth inside, and that the connections have sealing open and closable hatches between each oven.

Ovnene blir påmontert en forhøyet tett krans rundt hele toppen, for å få større dybde på vannet, det blir montert nett rundt toppen, så ikke fisken/artene kan komme ut av ovnen. Noen ovner i enden blir brukt til sluser, så overgangen fra salt til fersk vann og omvent ikke blir blandet med de seperate vannet i de andre sammenkoblede ovns rekkene, gjelder da bare de artene som kan leve i begge typer vann. The ovens are fitted with an elevated dense ring around the entire top, in order to get a greater depth of water, a net is fitted around the top, so that the fish/species cannot get out of the oven. Some ovens at the end are used for locks, so that the transition from salt to fresh water and vice versa is not mixed with the separate water in the other connected oven rows, it only applies to those species that can live in both types of water.

Det blir montert nedfelte tette luker i bunnen av ovnene, for synk til lensepumper og rengjøring. Fold-down tight hatches will be installed in the bottom of the ovens, for sinks for bilge pumps and cleaning.

Anlegget har utskift bart vann, og at det blir skapt bevegelse/strømning i vannet, for et mer naturlig miljø for artene. The facility has replaced bare water, and that movement/flow is created in the water, for a more natural environment for the species.

Transport systemet for Oksid kan brukes til å transportere For Pellets frem til matestasjonene på ovnene. The transport system for Oksid can be used to transport For Pellets to the feed stations on the furnaces.

En kan bruke eksisterende pumpestasjoner til å føre frem vann til ovnene, og at anlegget har et tilstrekkelig tømme/drenerings rør fra ovnene, og om nødvendig vannet går via et rense anlegg før det går til sjøen. Existing pumping stations can be used to deliver water to the ovens, and that the plant has a sufficient emptying/drainage pipe from the ovens, and if necessary the water goes via a cleaning plant before it goes to the sea.

Claims

Procedure requirements 1

In that a disused aluminum plant (1) is converted into a land-based breeding facility (2) for salmon or other species that are possible CHARACTERIZED BY using at least one existing furnace (3) in that at least one row of furnaces (3,7) (3, 4) is cleaned, sealed and connected, in that part of the furnace rows (3,4) has salt water from the seawater pumping station (5) while another part of the furnace rows (3,7) receives fresh water (7) from the fresh water pumping station (8) in that all ovens have tight open and closeable hatches (9) in the bottom for cleaning and proper disposal of the bottom fall.

Procedure requirement 2

Method in the following claim 1, in that the ovens (3) are cleaned, sealed and connected together with large connections (10) are painted/covered with strong cloth inside, in that the connection (10) is given sealing open and closable hatches (11) between the ovens(3)

Procedure requirement 3

Procedure in accordance with requirements 1-2, in that the stoves (3) are mounted on an elevated dense ring (12) around the entire top to get a greater depth of water, in that a net (13) is mounted on top of the ring (12) so that the fish/species can come out of the oven.

Procedure requirement 4

Procedure in fig. requirements 1-3 in that some furnaces (3) at the end are used as sluices (14) in that the transition from salt (4) to fresh (7) water and vice versa, so that the water in the plant is not mixed, in that this only applies fish/species that can live in both types of water (4,7)

Procedure requirement 5

Procedure in follow-on requirements 1-4 in that fold-down tight hatches (9) are installed in the bottom of the furnaces (3) for sink to bilge pump (15) and cleaning.

Procedure requirement 6

Procedure in following requirements 1-5 in that there is replaceable water (4,7) in that movement/flow is created in the water (4,7) for a more natural environment for the fish/species

Procedure requirement 7

Procedure requirements in following requirements 1-6 in that the transport system for 0ksid (20) can be used to transport pellets up to the feeding stations (19) on the furnaces (3)

Procedure requirement 8

Procedure requirements in following requirements 1-7 in that existing pumping stations (16) for salt water (4) and fresh water (7) can be used to pump water to the plant, by creating an emptying/drainage pipe (17) with sufficient capacity from the furnaces (3,4) and (3,7) in that, if necessary, the water goes through a purification plant (18) before it goes to the sea (4) and the water (7) possibly both goes to the salt water/sea.

EXPLANATION OF FIGURES fig 1 and 2

1 Decommissioned aluminum plant

2 Land-based breeding facility

3 Ovens (Which are being converted into tubs/pools)

4 Salt water

5 Seawater pumping station

7 Fresh water

8 Freshwater Pumping Station

9 Open and closeable hatches in the bottom (of ovens)

10 Connections (between ovens)

11 Open and closeable hatches (between ovens)

12 Elevated tet wreath (around the top of ovens)

13 Met (increased safety around ovens)

14 Locks (controllable system between furnaces and salt and fresh water)

15 Sink for bilge pump (in sunken hatch at bottom of oven)

16 Pump stations

17 Drain/drainage pipe

18 Clean the system (if necessary)

19 Feeding station (for feeding fish/species)

20 Inlet to feed stations (former oxide transport system can possibly be used for this purpose)