Algae
Australia's expert engineering team for Algae farming and processing.

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The team at Enesys and sister company The Project Office has a long history in providing feasibility studies, design, construction, procurement, process automation and project management for Australia's commercial Algae growing projects. In 2018 Enesys was nominated for an Australian Institute of engineers, engineering excellence award for its unique work on an Astacanthin Algae Farming and Processing Project located in QueenslandEnesys strength is our ability to price complete up to date and continuing service to clients who prefer to focus on their production issues and not the maintenance, professional liability fixed costs associated with in house engineering departments to service larger projects
Project Development
- Project feasibility modelling- economic, technical
- Scope of work
- Preliminary design
- Plant and labour enquiries
- Cost estimating
- Schedule
- Economic and strategic justification
- Project planning and presentation
- Detailed engineering design
- Process control software, SCADA and HMI
- CAD Drafting, 3D modelling and walkthrough
- Costing
- Design review
- Technical specification
- Construction review
- Commissioning
- Performance Validation
Project Management
- Project Scheduling
- Design Management
- Client liaison and reporting
- Cost control
- Procurement systems
- Quality and safety systems
- Labour and material supply contracts
- Site supervision
Equipment Supply
- Power and switching
- Electronic' instrumentation
- Mechanical
- Pumping
- Piping
- Computers and Plus
Production Support
- Maintenance support
- Remote monitoring of automated client sites
- Plant fault diagnosis, corrective action advise and management,
- Production and performance monitoring
Experience
The team at Eneys has over 35 years of experience engineering innovative design, construction, PLC control systems, procurement and project management solutions for the Algae industry.
Enesys was recognised their achievements in this space with a nomination for Engineering Excellence for their Astaxanthin Algae Farming and Processing Project located on the coast near Ayr in Queensland.
Projects and Clients
Enesys in conjunction with sister company The Project Office has completed over 55 separate Algae related projects. The list below is just some of our work,. A full list of our projects can be found here
- WRS Biotechnology- Algae Production and Processing Project. Financial and Technical Feasibility
- Pacific Bio- Prawn Farm. Preliminary Design
- MBD Industries. Alva Beach. Automation and Process Control
- MBD Industries. Alva Beach. Civil, Electrical, Mechanical, Software, Structural Design and Construction
- BASF Carotenoids. Port Gregory. Process Control and Electrical Audit
- BASF Carotenoid. Port Gregory. Beta Carotene Decantation Upgrade Process. Electrical, Mechanical, Software. Design and Construction
- BASF Carotenoid. Cheltenham. Beta-Carotene Concentration Process Automation. Electrical and Software Design and Construction
- BASF Carotenoids. Port Gregory. Process Automation Upgrade. Electrical and Software Design and Construction
- BASF Carotenoids. Whyalla. Beta Carotene Decantation Recovery Project Electrical, Mechanical, Software. Design and Construction
- BASF Carotenoids. Port Gregory. Artemia Tank Farm Automation. Electrical, Mechanical, Software. Design and Construction
- BASF Carotenoid. Cheltenham.Beta Carotene Centrifuge Automation. Electrical, Mechanical, Software. Design and Construction
- BASF Carotenoid. Cheltenham. Waste Neutralisation Project. Electrical, Mechanical, Software. Design and Construction
- Cognis Australia. Port Gregory Site Back-Up Power Generation. Electrical, Software, Design and Construction
- BASF Carotenoids. Cheltenham. Hazardous Area Upgrades. Electrical Software Design and Construction
- Cognis Australia. Whyalla. Beta Carotene Decantation Recovery Project. Electrical, Mechanical, Software. Design and Construction
- Cognis Australia. Whyalla, Beta Carotene In Process Tank Farm. Civil, Electrical Mechanical Structural Design and Construction
- Cognis Australia. Port Gregory. Beta Carotene Circular Harvester Project Civil, Electrical Mechanical Structural Design and Construction
- Betatene Australia. Pt Headland Lakes and Process Plant Site Development. Civil, Electrical Mechanical Structural Design and Construction
Protected Cropping is less damaging to the natural environment than broadacre farming, but conventional greenhouses are consuming more and increasingly expensive energy in order to meet market demands in any season or climateWith increasing urbanisation of the growing industry, high-density vertical farms don't benefit from sunlight and consume enormous amounts of energy for PAR lighting and cooling. Without a sustainable energy solution, vertical farms will be economically limited to only the most valuable crops and consume damaging fossil fuels
Growlink Provides a Sustainable Energy and Resources Solution for Greenhouse and Vertical Farms by Integrating Waste to Energy to Growing Industries Within a Sustainable Precinct Where Nothing is Wasted
GrowLink integrates high tech, flexible, IoT capable control systems to holistically manage all waste to energy to greenhouse technologies, whilst also providing a clean energy source that can be stored and redirected for an alternate use
This is achieved by recycling organic waste away from landfill to fuel power generation and provide heat, cooling, nutrients, water, and Co2 into an enclosed greenhouse to enhance and optimise plant growth.
Enesys has developed the GrowLink suite of Waste to Energy packaged technologies including the conversion of food and non-woody organic wastes ( low lignin) and woody wastes ( high lignin). These systems are designed to recycle every component of organic waste including clean fuel gas (energy), carbon dioxide, water, and nutrients. When combined, with GrowLink technologies, organic waste to energy has an extremely high natural synergy with growing systems
This is achieved by recycling organic waste away from landfill to fuel power generation and provide heat, cooling, nutrients, water, and Co2 into an enclosed greenhouse to enhance and optimise plant growth.
Enesys has developed the GrowLink suite of Waste to Energy packaged technologies including the conversion of food and non-woody organic wastes ( low lignin) and woody wastes ( high lignin). These systems are designed to recycle every component of organic waste including clean fuel gas (energy), carbon dioxide, water, and nutrients. When combined, with GrowLink technologies, organic waste to energy has an extremely high natural synergy with growing systems
Benefits
Increase Productivity and Yield
Grow Anywhere, AnytimeCreate Ideal Growing ClimatesReduce Biological Losses.
Reduce or Reverse Carbon Footprint
Reduce LandfillCreate Clean EnergyCreate a Carbon Sink
Reduce Energy, Chemical and Waste Management Costs
Reduce Energy CostsReduce ChemicalsReduce Water UseConvert Energy Costs to IncomeRecycle Carbon Dioxide
Utalise Smart Simple Systems to Support the Core Growing Business
Automated Simple Crop RecipesReporting and Crop Data.
Save on Operational and Maintenance Costs
Save on Labor CostsSave on Environmental Control and AutomationSave on Maintenance and Technical costs