Request for Free Calculation

Will you be the client or will it be a grouping or partnership?
Approx. 20,000 square metres. Traffic, convenience zoning and ownership issues impact overall practicality, productive and economic efficiency for all stakeholders.
Traffic, convenience zoning and ownership issues impact overall practicality, productive and economic efficiency for all stakeholders.
Traffic, convenience zoning and ownership issues impact overall practicality, productive and economic efficiency for all stakeholders.
Traffic, convenience zoning and ownership issues impact overall practicality, productive and economic efficiency for all stakeholders.
Traffic, convenience zoning and ownership issues impact overall practicality, productive and economic efficiency for all stakeholders.
Large amounts of energy as steam or electricity from plants can be used locally or fed to the electricity grid. Local use can improve revenue streams and have other benefits.
Large amounts of energy as steam or electricity from plants can be used locally or fed to the electricity grid. Local use can improve revenue streams and have other benefits.

How is waste collected?

The type size and number of bins and refuse amassed at transfer stations will help decide the best material recovery and energy generation options.
The type size and number of bins and refuse amassed at transfer stations will help decide the best material recovery and energy generation options.

Waste volumes:

This helps with assessment of land area and plant sizing.
This helps with assessment of land area and plant sizing.
This helps with assessment of land area and plant sizing.
This helps with assessment of land area and plant sizing.
This helps with assessment of land area and plant sizing.
This helps with assessment of land area and plant sizing.
This helps with assessment of land area and plant sizing.

Waste characterisation:
Please provide for each volume above or provided any detailed waste characterisation study as a separate attachment.

We need to characterise material within the waste hierarchy and assess the calorific value of waste that is suitable for thermal treatment.
We need to characterise material within the waste hierarchy and assess the calorific value of waste that is suitable for thermal treatment.
We need to characterise material within the waste hierarchy and assess the calorific value of waste that is suitable for thermal treatment.
We need to characterise material within the waste hierarchy and assess the calorific value of waste that is suitable for thermal treatment.
We need to characterise material within the waste hierarchy and assess the calorific value of waste that is suitable for thermal treatment.
We need to characterise material within the waste hierarchy and assess the calorific value of waste that is suitable for thermal treatment.
We need to characterise material within the waste hierarchy and assess the calorific value of waste that is suitable for thermal treatment.
This factors in the current and prospective regulatory environment, revenue streams associated with subsidies, grants carbon emission schemes sourcing and production an engineering solution.
Please provide for each volume above or provided any detailed waste characterisation study as a separate attachment.

Contact Information

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We are Martin Biopower Pty LTD.
ACN 167 274 811
ABN 70 167 274 811

Information Requests

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For clients and stakeholders we will endeavour to meet requests for

  • Visits to Martin Plants overseas
  • Presentations of WTE Technology
  • Relevant information about standards and advances in waste management technology