ENGN3300 - Engineering Design - Systems Approaches for Management - Engineering Assignment Help

Assignment Task

Project Background
Livestock production is a significant source of greenhouse gas (GHG) emissions. Around ? of emissions from pork production are related to methane production related to piggery waste management including effluent biomass from pigs. Piggeries are also large consumers of energy, with heating a significant proportion of this energy use. Co-generation technologies provide an opportunity to simultaneously avoid emissions by capturing biogas produced from anaerobic digestion of effluent biomass and using it to generate electricity and heat.
On-site energy production has become financially attractive in recent years with a 25-40% increase in retail electric prices. However, the carbon and hydrogen in biomass feedstocks are valuable resource inputs for other production processes, and when coupled with solar photovoltaic (PV) and solar thermal energy production, could be used to generate hydrogen, hydrocarbons or ammonia (as an energy carrier and for fertiliser uses). Waste by-products from piggeries include nutrient-rich water, biomass, biogas, electricity or heat when a combined heat and power biogas generator is used. However, further processing is required for these resources to become useful products.

Project Tasks and Goals
The project team will research, design, model and optimise different technically feasible and economically viable solutions to utilise waste streams and renewable energy (biogas, PV, solar thermal) to create revenue or reduce costs for an off-grid pig farming enterprise. The potential feedback in the system should be considered as well as the impacts of varying resource supply and demand, and commodity prices. The alternative uses of the effluent and biogas should be the focus rather than purely their energy supply capability. The project should aim to identify the range of conditions for which the suggested system will be viable.

Suggested Activities
Suggested or recommended activities for the project include:

• Requirements analysis based on existing work, to drive the development of a set of design criteria.
• Functional analysis, to explore key functions and interactions in particular potential energy and material flows and any feedback present to minimise or remove waste streams (keep them within the system boundary).
• Development of a preferred overall system architecture and design including interaction between subsystems and feedback.
• Modelling of the developed system or key sub-systems, in particular the feedback or control systems.
• A net present value (NPV) of technology required for processing

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