STRATEGIC NEEDS
•Change the global efficiency level of operations and promote a turnaround of production lines and utilities, involving technical and HR aspects.
• Reinforce brand attributes, making it more accessible and reliable, through quality improvement, loss reduction and productivity gains.
•Support the strategic plan in the elaboration of a master plan for planned and orderly manufacturing growth, doing it right the first time and reducing capital waste and downtime.
OCCURRENT NEEDS
• Eliminate process failure threats.
• Eliminate environmental problems arising from process inefficiency and/or transforming effluents into a by-product.
• Reduce production costs with productivity gains.
• Optimize before expanding production systems and utilities.
• Increase production capacity.
• Reviewing, approving, optimizing an existing industrial project proposal or creating a new one.
SUSTAINABLE ACTIONS
•Assess potential cost reduction in the energy matrix.
•Evaluate the feasibility of obtaining the International Green Building, LEED certification.
• In case of effluent treatment by anaerobic digestion, measure biogas generation and its potential for recovery, treatment and use.
Process/Industrial Engineering
LAW SUIT
- Conceptualization
- Process Flowcharts
- Utility Flowcharts
- Material specifications
- Mass and energy balance
- Process/instrumentation data sheets
- Attention to fault conditions and operational errors –
fail safe conditions, personal safety and
heritage and sanitary project (clean)
PIPING
- Material specifications
- Technical analysis
- Instructions and details - clean assured project for
distribution beds
- Integrated hydraulic and electrical supports – beds
organized and clean
EQUIPMENT
- Equipment data sheets
- Technical Analysis
- Descriptive memorials for purchase
- Sanitary design secured - critical details
- Negotiations for the purchase of large equipment and
production lines
- Ensured improvements in line equipment
(design, consumption and emissions)
ELECTRICAL
- Electrical and mechanical integration - distribution beds unified
- Integration of flowcharts with the process
- Automation support (cause and effects matrix)
METAL STRUCTURE
- structure clean secured (details of
finishes /sanitary design)
- Technical analysis (emphasis on personal safety and
functionality)
CIVIL
- Complete technical analysis – internal/external logistical flow,
ideal positioning of buildings, compartmentalization,
predominant wind direction, natural lighting,
insolation, ensuring no cross-contamination of the
product and modular growth without interference,
systems easy-to-move
- Infrastructure support (earth leveling, road system,
drainage network and building foundations / equipment)
- Superstructure and enclosures – clean & easy-to-move com insulated walls and roofs
- Sustainability in construction and operation – Green
Building (certified LEED, USGBC)