BAUXITE GUNIEA

Based on available information, here are some **strong bauxite concessions in Guinea** that could be ideal for Ryan’s acquisition:

### **1. Guinea Alumina Corporation (GAC) Concession**  

   - **Operator:** Mubadala, Dubal  

   - **Investment:** $3 billion JV with BHP Billiton and Global Alumina  

   - **Capacity:** 9 million mt/year bauxite mine  

   - **Infrastructure:** 690 km² mining concession with 1 billion tonnes of reserves  

   - **Details:** Includes a **3 million tonnes/year alumina refinery**.  

### **2. Santou II-Houda Bauxite Concession**  

   - **Operator:** Société Minière de Boké (SMB)  

   - **Contract Type:** Concession Agreement  

   - **Year Signed:** 2018  

   - **Details:** Large-scale bauxite reserves with established infrastructure.  

### **3. Bel Air Bauxite Mine Concession**  

   - **Operator:** Alufer Mining  

   - **Contract Type:** Concession Agreement  

   - **Year Signed:** 2016  

   - **Details:** Fully operational mine with environmental impact assessments completed.  

### **4. West Africa Bauxite Investment Opportunities**  

   - **Mandated by Mine Owners:** Licensed bauxite mine concessions available for acquisition.  

   - **Consulting Services:** Geological reports and feasibility studies completed.  

   - **Regions:** Guinea and Sierra Leone.  

   - **More Info:** You can explore investment opportunities [here](https://wabauxite.com/investment/).  

Would you like assistance in **contacting sellers, structuring a JV proposal, or evaluating financial viability** for these concessions? Let me know how I can help!

1. Daily Time Charter Rate: $20,000 per day.

2. Voyage Duration:

   • Loading: 25 days at 5,000 MT/day.

   • Discharging: 20 days at 10,000 MT/day.

   • Sailing Time: Estimated at 30 days (Guinea to China and back).

   • Total: 75 days.

3. Fuel Consumption:

   • At Sea: 61.67 MT/day of VLSFO at service speed (15 knots).

   • Port Idle: 5.14 MT/day of VLSFO + 0.2 MT/day of LSMGO.

   • Port Working: 6.9 MT/day of VLSFO + 0.2 MT/day of LSMGO.

4. Fuel Price: $600/MT for VLSFO and $800/MT for LSMGO.

5. Port Costs: Loading and discharging fees estimated at $5/MT.

Freight Cost Calculation:

1. Charter Cost:
   
   

   • $20,000/day × 75 days = $1,500,000.

2. Fuel Costs:
   
   

   • At Sea: 61.67 MT/day × 60 days × $600/MT = $2,220,120.

   • Port Idle: 5.14 MT/day × 10 days × $600/MT + 0.2 MT/day × 10 days × $800/MT = $31,680.

   • Port Working: 6.9 MT/day × 35 days × $600/MT + 0.2 MT/day × 35 days × $800/MT = $151,620.

   • Total Fuel Cost: $2,403,420.

3. Port Costs:
   
   

   • $5/MT × 206,291 MT = $1,031,455.

Total Freight Cost:

• Charter Cost: $1,500,000.

• Fuel Costs: $2,403,420.

• Port Costs: $1,031,455.

• Total: $4,934,875.

Freight Rate Per Metric Ton:

• $4,934,875 ÷ 206,291 MT = $23.92/MT.

This calculation provides an approximate freight cost based on the vessel's specifications and operational details. Let me know if you'd like to refine this further or explore additional scenarios!

Commodity Details:

• Bauxite from Guinea.

• Quantity: 100,000 to 5,000,000 DMT per annum.

• Pricing:

  • CIF: $83 per metric ton.

  • FOB: $50 per metric ton.

• Commission: $2 per metric ton, shared equally (Seller 50% / Buyer 50%).

Port and Vessel Details:

• Port of Loading: Konta, Guinea.

• Max Draft at Roads: 18 meters.

• Mother Vessel Capacity: Suitable for 200,000 MT.

• Loading Gear: Crane Barge Floating.

Payment Terms:

• Irrevocable Letter of Credit (LC).

• No Advance Payment.

CIF Details:

To finalize CIF terms, the following specifics are required:

1. Disport Name: The destination port in China.

2. Draft: Maximum permissible draft at the disport.

3. Discharge Rate: Expected rate for unloading bauxite at the destination port.

Would you like assistance in identifying suitable disports in China or optimizing the logistics for this operation? Let me know!

Key Details:

1. Vessel Requirements:
   
   

   • Primary Size: 180,000 to 200,000 DWT vessels for regular shipments.

   • Occasional Need: Smaller vessels (50,000 to 100,000 DWT) for specific voyages.

2. Monthly Volume:
   
   

   • Approximately 8 vessels per month, indicating a high-volume operation.

3. Loading Port (Lport):
   
   

   • Location: Guinea.

   • Loading Rate: 18,000 metric tons per day.

4. Discharge Port (Dport):
   
   

   • Location: China.

   • Discharge Rate: 30,000 metric tons per day.

5. Pricing Terms:
   
   

   • FOB or CIF: Flexible pricing options based on buyer preference.

   • Commission: Total commission of 2.50%.

6. Voyage Flexibility:
   
   

   • Open to one or more voyages, depending on vessel availability and scheduling.

Considerations for Response:

1. Vessel Availability:
   
   

   • Ensure availability of Newcastlemax or Capesize vessels for the primary requirement.

   • Identify Handymax or Panamax vessels for smaller shipments.

2. Operational Efficiency:
   
   

   • Confirm compatibility of loading and discharge rates with port infrastructure.

   • Optimize scheduling to meet the high monthly demand.

3. Pricing Strategy:
   
   

   • Provide competitive rates for both FOB and CIF terms.

   • Highlight cost advantages for larger vessels to maximize economies of scale.

4. Additional Services:
   
   

   • Offer support for chartering, logistics coordination, and compliance with port regulations.

Would you like assistance in drafting a formal offer or exploring vessel availability for this operation? Let me know how I can support further!

Adjusted Voyage Details:

1. Ballast Leg: The Newcastlemax vessel would travel back from China to Guinea without cargo.

   • Sailing time for the return trip: Approx. 30 days.

2. Revised Total Days:

   • Loading (Guinea): 25 days.

   • Discharging (China): 20 days.

   • Laden Voyage: 30 days.

   • Ballast Voyage: 30 days.

   • Total: 105 days.

Updated Freight Cost Calculation:

1. Charter Cost:
   
   

   • $20,000/day × 105 days = $2,100,000.

2. Fuel Costs:
   
   

   • Laden Voyage (China):

     • 30 days × 61.67 MT/day × $600/MT = $1,110,060.

   • Ballast Voyage (Return to Guinea):

     • 30 days × 61.67 MT/day × $600/MT = $1,110,060.

   • Port Idle (10 days):

     • 5.14 MT/day × 10 days × $600/MT + 0.2 MT/day × 10 days × $800/MT = $31,680.

   • Port Working (35 days):

     • 6.9 MT/day × 35 days × $600/MT + 0.2 MT/day × 35 days × $800/MT = $151,620.

   • Total Fuel Cost: $2,403,420 + Ballast Fuel $1,110,060 = $3,513,480.

3. Port Costs:
   
   

   • $5/MT × 206,291 MT = $1,031,455.

Total Freight Cost:

• Charter Cost: $2,100,000.

• Fuel Costs: $3,513,480.

• Port Costs: $1,031,455.

• Total: $6,644,935.

Freight Rate Per Metric Ton:

• $6,644,935 ÷ 206,291 MT = $32.21/MT.

Including the ballast passage, the freight rate per metric ton increases significantly. Let me know if further refinements or adjustments are needed!

Inputs Essential for Project Feasibility:

1. CIF Price:
   
   

   • Specify the delivered cost at the destination port, inclusive of freight and insurance charges.

2. Destination Port Details:
   
   

   • Confirm the name, draft limits, and discharge rates at the intended port.

3. FOB Price:
   
   

   • Provide the cost at the load port, excluding freight and insurance, for a clear comparison.

4. Load Port Specifications:
   
   

   • Outline details such as port infrastructure, max allowable draft, and equipment availability.

   • Loading method: Specify conveyor systems or crane barges.

5. Conveyor Equipment:
   
   

   • Allocate costs and logistics for setting aside conveyors or alternative loading mechanisms. This impacts operational efficiency and cost-effectiveness.

This detailed input framework ensures the project's logistical and financial viability. Let me know if you'd like to include additional considerations or communicate further refinements!

Advantages of Using the Mother Vessel:

1. Centralized Storage:
   
   

   • Acts as a floating warehouse, reducing the need for land-based storage facilities.

   • Facilitates efficient transfer of bauxite from barges to smaller vessels for redistribution.

2. Operational Efficiency:
   
   

   • Continuous loading from barges (e.g., 6,000-8,000 DWT) while simultaneously discharging into smaller vessels (or larger vessels heading to disports) helps optimize throughput.

   • Reduces delays caused by limited port infrastructure at the load port.

3. Cost Optimization:
   
   

   • Streamlines logistics by consolidating cargo at sea, potentially reducing multiple handling charges.

   • Minimizes port congestion and associated fees.

4. Draft Limit Management:
   
   

   • At load ports with draft limitations (e.g., max 5.1 m for barges in river operations), the mother vessel can anchor offshore with deeper draft allowances, enabling efficient cargo handling.

5. Flexibility in Redistribution:
   
   

   • From the mother vessel, bauxite can be transferred to smaller vessels suited to destination ports with varying draft and infrastructure constraints.

6. Scalability:
   
   

   • Suitable for handling large volumes of bauxite (e.g., up to 206,291 MT) and managing yearly quantities of up to 5,000,000 DMT.

Operational Flow:

• Loading Barges: Conveyor-equipped barges load bauxite from stockpiles or rivers to the mother vessel offshore.

• Redistribution:

  • Smaller vessels (e.g., Panamax ~75,000 DWT or Handymax ~50,000 DWT) can take part-loads for destinations with restricted draft.

  • Full cargoes can be sent on Cape-size vessels or larger if the disport allows.

Additional Considerations:

• Ensure that barges and conveyor systems are compatible with the Newcastlemax's cargo holds for seamless operations.

• Factor in costs for anchorage fees, daily charter rates, and maintenance.

Let me know if you'd like further insights or refinements to this setup!

To calculate freight for the given voyage scenario with the following conditions:

• Distance: 14,500 nautical miles (via Cape)

• Sailing Duration: ~43 days at 14 knots

• Vessel Type: Capesize, carrying 180,000 MT

• Other Conditions: HFO costs at $600/MT, Diesel at $880/MT, and full voyage details

1. Input Details and Costs

A. Fuel Consumption and Costs

1. Main Engine (HFO):

   • Daily consumption: ~50 MT/day

   • Total voyage days: 43 sailing + 10 load + 12 discharge + 2 waiting = 67 days

   • HFO Consumption: 50 MT/day × 67 days = 3,350 MT

   • Total HFO Cost: 3,350 MT × $600/MT = $2,010,000

2. Auxiliary Engines (Diesel):

   • Daily consumption: ~2.5 MT/day

   • Diesel Consumption: 2.5 MT/day × 67 days = 167.5 MT

   • Total Diesel Cost: 167.5 MT × $880/MT = $147,400

B. Port and Agency Fees:

• Assume $10,000/port × 2 ports = $20,000

C. Time Charter Hire (TCE) Assumption:

• Daily TCE rate: $30,000/day

• Total Duration: 67 days × $30,000 = $2,010,000

D. Miscellaneous Costs (e.g., Canal Fees, Contingencies):

• Estimated 10% of voyage cost = ~ $220,000

2. Total Voyage Costs

Cost Component

Cost (USD)

HFO Fuel Costs (Main Engine)

$2,010,000

Diesel Costs (Auxiliary Engines)

$147,400

Port and Agency Fees

$20,000

Time Charter Hire (TCE)

$2,010,000

Miscellaneous (Contingencies)

$220,000

Total Costs

$4,407,400

3. Freight Rate Calculation

A. Freight Per MT

Freight per MT is calculated as:

Freight Rate (USD/MT)=Total Voyage CostCargo Volume (MT)\text{Freight Rate (USD/MT)} = \frac{\text{Total Voyage Cost}}{\text{Cargo Volume (MT)}}Freight Rate (USD/MT)=Cargo Volume (MT)Total Voyage Cost​ Freight Rate=4,407,400180,000=$24.49/MT\text{Freight Rate} = \frac{4,407,400}{180,000} = \text{\$24.49/MT}Freight Rate=180,0004,407,400​=$24.49/MT

4. Summary

For the Cape-size vessel carrying 180,000 MT over 14,500 nautical miles:

• Freight Rate: ~$24.50/MT

• Total Voyage Cost: $4,407,400

Let me know if you need further clarifications or adjustments!

4o

You said:

bauxite cost in china cif

ChatGPT said:

ChatGPT

Searched 5 sites

The cost of bauxite CIF (Cost, Insurance, and Freight) in China can vary due to market conditions, demand, and global supply chain disruptions. Recent data indicates that bauxite prices have been on an upward trend globally due to supply constraints and increasing demand from downstream industries like aluminum production.

For Q4 2023, Asian bauxite prices were significantly influenced by supply shortages and heightened transportation costs. Additionally, disruptions such as the explosion at a Guinea fuel depot further constrained the market. Bauxite prices in Guinea FOB (Free on Board) were approximately USD 61/MT, while in Brazil, prices were around USD 67/MT FOB. CIF prices for China tend to be higher due to additional shipping, insurance, and handling costs​

Procurement Resource

​

ChemAnalyst

.

In China, CIF prices often reflect premiums due to strong local demand and supply chain complexities. While exact figures fluctuate, estimates suggest CIF costs could be around USD 75-90/MT depending on the origin and shipping routes. For precise and current rates, it is recommended to consult with commodity traders or shipping brokers specializing in bauxite.

4o

You said:

so if fob price is 46 and cif price is 75 the trip is workable

ChatGPT said:

ChatGPT

To determine whether the trip is workable, let's analyze the potential freight earnings versus operational costs for carrying bauxite on a Cape-size vessel (180,000 MT DWT).

Assumptions

• FOB Price: $46/MT (Bauxite at loading port).

• CIF Price: $75/MT (Bauxite delivered in China).

• Freight Difference: $75 - $46 = $29/MT (Available for shipping cost, insurance, and profit).

• Cargo Quantity: 180,000 MT.

• Sailing Distance: ~14,500 nautical miles (~43 days at sea).

• Fuel Consumption:

  • Heavy Fuel Oil (HFO): ~50 tons/day at $600/ton.

  • Diesel (MGO): 2.5 tons/day at $880/ton.

  • Additional costs: 10 days loading/discharge, 2 days waiting.

• Agency & Port Costs: Approx. $100,000 (both ends combined).

Revenue Calculation

• Freight Earnings:
  $29/MT × 180,000 MT = $5,220,000 (Total revenue).

Cost Calculation

1. Fuel Costs (Sailing: 43 days):

   • HFO: 50 tons/day × 43 days × $600 = $1,290,000.

   • MGO: 2.5 tons/day × 43 days × $880 = $94,600.

2. Fuel Costs (Other Activities: 14 days total):

   • HFO: 50 tons/day × 14 days × $600 = $420,000.

   • MGO: 2.5 tons/day × 14 days × $880 = $30,800.

3. Port & Agency Fees:
   Approx. $100,000 (load + discharge).

4. Other Operational Costs:

   • Crew, maintenance, insurance: Approx. $150,000 (estimated).

Total Costs

• Fuel Costs (Sailing + Other Activities): $1,835,400.

• Port, Agency, & Other Costs: $250,000.

• Total Costs: $1,835,400 + $250,000 = $2,085,400.

Net Earnings

• Revenue: $5,220,000.

• Total Costs: $2,085,400.

• Profit: $5,220,000 - $2,085,400 = $3,134,600.

Conclusion

The trip is highly workable under these assumptions, with an estimated profit of $3.13 million. This assumes no significant delays or unexpected costs. However, this analysis is sensitive to variables like bunker fuel price fluctuations, port fees, and weather delays. It’s advisable to confirm port costs and ensure all contingencies are accounted for to refine this assessment further.

:

1. Investor Interest:
   
   

   • Securing 60-70% financing from the Greek-American investors group is a strong start, especially at 12% annual interest for 5 years.

   • The challenge lies in bridging the remaining 30-40% financing gap, which may require combining multiple interested parties or alternative funding sources.

2. Barge Requirements:
   
   

   • The need for barges fitted with conveyor belts is critical for efficient loading and unloading operations.

   • Specifications:

     • Draft: Max 5.1 m for river operations.

     • Capacity: 6,000-8,000 DWT.

   • Current Status:

     • One supplier/seller of 2 barges with conveyor belts has been identified.

     • Additional options are being sought to meet operational demands.

3. Trading Route:
   
   

   • The focus is on bauxite trading between Conakry (Guinea) and Chinese ports.

   • Ensuring seamless logistics and equipment compatibility is essential for success.

Recommendations:

1. Financing:
   
   

   • Explore partnerships with other investor groups or financial institutions to cover the remaining 30-40%.

   • Consider presenting a detailed business plan highlighting the project's profitability and risk mitigation strategies.

2. Barge Procurement:
   
   

   • Continue searching for additional suppliers of barges with conveyor belts.

   • I’ve identified some potential leads for barge conveyor systems. You can explore options like Miletech Conveyor or Vivian Conveyors for specialized equipment.

3. Operational Efficiency:
   
   

   • Ensure that the barges and conveyor systems are compatible with the Newcastlemax Bulker for smooth operations.

   • Optimize the loading and unloading process to minimize delays and costs.

Let me know if you'd like further assistance in refining this response or exploring additional options for barges or financing!

Breakdown of Costs:

1. CIF Price to China: $86 per metric ton.

2. Sea Freight & Insurance Cost: $40 per metric ton.

3. FOB Price (Indian Port): $46 per metric ton.

4. Barges & Trucking Cost: $5 per metric ton.

5. Storage Vessel (Mother Vessel):

   • Daily rate: $20,000 per day.

   • Loading: 25 days at 5,000 metric tons per day = 125,000 MT total.

   • Discharging: 20 days at 10,000 metric tons per day.

Redistribution Plan:

• If dividing the load into 50,000 MT vessels, you would need 4 vessels to handle ~200,000 MT.

• Alternatively, using 92,000 DWT vessels, you would need 3 vessels to accommodate the same load.

Operational Flow:

1. Loading Costs:
   
   

   • Barges continuously supply cargo to the mother vessel during the 25-day loading window.

   • Efficient use of grabs allows simultaneous discharge from the mother vessel while loading continues.

2. Redistribution:
   
   

   • Loaded smaller vessels depart in rotation to final destinations to minimize delays and maximize efficiency.

This setup optimizes vessel utilization, port operations, and logistics. Let me know if you'd like to refine the plan further or explore alternative approaches!