Application
This unit of competency describes the outcomes required to implement a bio-char storage system at senior management or project management level in forest/farm forest, sawmilling or timber treatment settings.
The unit applies to job roles covering project, sustainability or environmental management.
No licensing, legislative, regulatory, or certification requirements apply to this unit at the time of publication.
Elements and Performance Criteria
ELEMENTS | PERFORMANCE CRITERIA |
Elements describe the essential outcomes. | Performance criteria describe the performance needed to demonstrate achievement of the element. Where bold italicised text is used, further information is detailed in the range of conditions. |
1. Assess bio-char carbon storage system feasibility | 1.1 Research bio-char carbon storage systems. 1.2 Explore organisational need for bio-char carbon storage system and investigate context of requirements through consultation. 1.3 Investigate context of bio-char carbon storage system and clarify requirements with appropriate personnel. 1.4 Identify and document user requirements and environmental parameters. 1.5 Investigate bio-char carbon storage system options and identify installation, operation and maintenance requirements. 1.6 Make recommendations about need for and appropriate type of system based on findings. |
2. Determine facility requirements | 2.1 Select feed stock for bio-char process and calculate amount that can be obtained for pyrolysis. 2.2 Select method of pyrolysis based on feed stock and appropriate outputs. 2.3 Estimate costs of transporting liquid and solid by-products. 2.4 Assess amount of material to be processed and consider ability to feed into power grid. 2.5 Determine process conditions. |
3. Design a bio-char carbon storage facility | 3.1 Design facility to provide optimal conditions for carbon storage. 3.2 Identify and address legal requirements or government regulations impacting on proposed facility. 3.3 Document design specification and communicate relevant information. 3.4 Review overall operation and output of proposed facility for economic sustainability in line with long-term direction and purpose of organisation. |
4. Plan implementation of bio-char carbon storage facility | 4.1 Develop construction plan in line with accepted design principles. 4.2 Evaluate internal resource abilities and determine requirement for external expertise. 4.3 Record material, resource and supply provision requirements based on construction plan. 4.4 Estimate labour requirements based on work plans and schedules. 4.5 Calculate operating expense budget, indicating input and output costs applicable to proposed facility. |
Evidence of Performance
A person demonstrating competency in this unit must satisfy all of the elements, performance criteria and foundation skills of this unit, and must be able to provide evidence that they can:
Conduct a feasibility study for the design and construction of a bio-char carbon storage for one of the following users:
harvesting operators
forest owners
sawmill operators
timber processing and manufacturing facilities
industries supplying feedstock
government departments and councils
agricultural businesses
Complete a report recommending the optimum type of system to meet the user’s needs including the method of pyrolysis.
Develop design specifications, a construction plan and budget for building the facility.
Evidence of Knowledge
A person competent in this unit must be able to demonstrate knowledge of:
Purpose and content, at an in-depth level of understanding, of mandated and voluntary industry codes of practice for operating bio-char storage systems.
Carbon marketing principles.
Quality management systems for chemical production.
Fundamental principles of chemistry as they apply to the operation and stability of bio-char facilities.
Features and uses of environmental protection monitoring systems associated with a bio-char facility.
Common user needs and requirements for bio-char storage systems, including:
by-products of a pyrolysis system
waste management options
carbon sequestration priorities
land management priorities
development priorities
investor interests
financial returns
environmental outputs
social responsibility
sustainability
input usage
Meaning of pyrolysis, differing methods and benefits of each , including:
slow pyrolysis
fast pyrolysis
intermediate pyrolysis
carbonisation
gasification
Types of feedstock used for bio-char processes, characteristics and range of outputs associated with each, including:
wood products, including:
harvesting residues
green mill residue
dry mill residue
residue from other wood fibre processing operations
agricultural waste
crops grown for the consumption of bio-char plants
manure and waste from intensive animal farming systems
municipal waste
Process conditions for bio-char systems, including:
temperature
residence time
heating rate
feed stock preparation
Format, content and use of design specifications and construction plans.
Assessment Conditions
The following resources must be made available:
Computers, keyboards, printers and software used to document plans and reports.
Template feasibility reports, design specifications and construction plans.
Competency is to be assessed in the workplace or a simulated environment that accurately reflects performance in a real workplace setting.
Assessor requirements
Assessors must:
Hold the appropriate assessor competency standards as outlined in regulations; and
be able to demonstrate vocational competencies at least to the level being assessed; and
be able to demonstrate how they are continuing to develop their VET knowledge and skills as well as maintaining their industry currency and assessor competence.
Foundation Skills
This section describes those core and employment skills that are essential to performance and are not explicit in the performance criteria. | |
Numeracy skills to: | Complete a range of highly technical and complex calculations involving input and output volumes. Develop complex budgets for the construction of bio-char storage systems. |
Oral communication skills to: | Hold high-level consultative discussions to generate ideas for and negotiate requirements for bio-char storage systems. |
Reading skills to: | Interpret complex information in a range of internal and external source documents to evaluate and establish bio-char storage system feasibility. |
Writing skills to: | Document complex information on feasibility of constructing bio-char systems including detailed recommendations. Document complex data in design specifications and construction plans. |
Technology skills to: | Assess, design and implement a bio-char storage systems |
Sectors
Forest Growing and Management
Sawmilling and Processing