Ambergris Caye Belize Resort Development - Department of ...

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following dwelling/accommodation capacities: - Hotel = 56 rooms (>112 person capacity) - Hotel Suites = 18 separate structures = ( 60 person capacity ) - Beach Front Villas = 14 separate structures as duplex units = (126 person capacity ) - Workers = 2 or 3 structure =(289 workers capacity, 0.5:1) - Transient Visitors = 100 visitors to the site, including from neighboring Mexico Table 7.1: Projected Domestic Waste Production for ABR during Operational Phase. No of Lbs per Projected Solid Projected Solid Capita Waste Waste Type Facility Producers in per day Production Production Category (ppcd) per Day (lbs) per week (lbs) A Hotel 112 4.8 538 3,763 B Hotel Suites Type A 24 4.8 115 806 C Hotel Suites Type B 36 4.8 173 1,210 D Water Cabanas 36 4.8 173 1,210 E Beach Front Villas 126 4.8 605 4,234 F Beach Cottages 72 4.8 346 2,419 G Apartments 88 4.8 422 2,957 H Future Developments 78 4.8 374 2,621 I Owner's Club House 6 4.8 29 202 J Employee Housing 289 3.0 867 6,069 K Transient Visitors 100 3.0 300 2,100 Totals 4.5 3,941 27,590 Table 7.1 shows that at full occupancy (see chapter 4), the resort can expect to produce in the order of 3,941 lbs (3.9 Cubic Yards) of domestic waste per day or 27,590 lbs (27.6 cubic yards) per week. Although full occupancy may never be achieved given the nature of the development, the systems adopted for the site must have enough capacity to accommodate the waste at full capacity continuously or otherwise it will be viewed as potentially inadequate. The system adopted for managing this waste must be efficient and environmentally dependable. It should also be noted that in terms of waste management, volumes are a more useful quantity to consider than weight. This is especially true for ABR where its solid waste will be out by marine vessels (eg. Boats docked at the Basil Jones pier) where space will be at a premium and cost prohibitive. This suggests that somewhere along the line it will be in the resort’s interest to purchase a good quality compactor, however with this the resort can take many measures to reduce its waste output and save cost. 7-2
According to the BSWMP (Stantec 1999), there is no data on the volume of the municipal versus domestic waste, as there is no separation at source for Belize at the different municipalities. Municipal waste includes waste generated by the commercial and business sector located within or near municipalities. Municipal waste also includes very little industrial waste in Belize Municipalities. Table 7.2: Estimated Solid Waste Generation for Belize Municipalities. Tons per Tons per City/Town Population annum day lbs/capita/day Belize City 49,050 29,770 81.6 3.4 Orange Walk 13,483 6,365 17.4 2.8 San Ignacio/Santa Elena 13,260 7,104 19.5 2.9 Stann Creek 7,888 4,680 12.8 3.3 San Pedro 4,499 3,900 10.7 4.8 Belmopan 8,130 3,510 9.6 2.6 Benque Viejo 5,088 2,080 5.7 2.5 Dangriga 8,814 3,120 8.5 2.1 Punta Gorda 4,329 1,560 4.3 2.2 TOTAL 114,541 62,089 170.1 26.6 MEAN 6,899 18.9 3.0 Source: Stantec 2001, & CS0 2000 The project is not expected to produce any industrial waste, as no industrial activity is planned. Waste will be similar to that produced for other Belize municipalities as described in the following section. 7.3 Types of Waste Belize has little data on volumes and types of materials being disposed onto open air landfills, incineration, burial etc. The Belize Solid Waste Management Project (Stantec, 2000) and the Central Statistical Office, 2000, estimate that most domestic waste is organic (60%), while the remaining consists of metals, plastics; glass, other waste (5%) and paper comprises 20%. The production of waste for ABR is expected to be similar, except for the inclusion of construction material to be produced during the construction period. The composition of municipal waste in Belize has been estimated as follows: Organics 60% Plastic 5% Metals 5% Paper 20% Glass 5% Other Waste 5% Source: BSWMP/Stantec 1999 and CSO, 2000. 7-3
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ENVIRONMENTAL IMPACT ASSESSMENT for
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2.5.1 Regional Geology 2-73 2.5.2 S
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7.6 Waste Category III and IV - Ind
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10.4.4.3 Road Access 10-12 10.4.4.5
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List of Figures No. Title Sec./Pg.
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Table 10.1 ABR EIA Matrix 10-3 Tabl
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Fecal: of or related to feces. Flor
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Tide: periodic rise and fall of the
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ORIENTATION NOTES The current EIA s
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The resort facilities include: (i)
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Table 2: Caye Occupancy Type Descri
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impacts of note are the dredging an
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1.0 Project Description 1.1 Project
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PL 1.1 PL 1.1: North/South view of
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Fig. 1.2: Conceptual Development Pl
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Components No. of Units/ Lots No. o
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Fig. 1.2b: Elevation Contours in re
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Fig. 1.3a: Phase I of Development 1
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Fig. 1.4: Development Components at
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Fig. 1.5b: On-Site Project Roads an
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Fig. 1.7a: Over-water Buildings, Pi
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1.2.3.1 Construction Phase Most of
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The utilities to be located in the
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1.4 Staffing The total staffing for
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Fig. 2.1: Ecosystems Map of Propose
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waves, which forms an extensive zon
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Table 2.1: Water Quality Tests Resu
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2.2.6 Salinity The proposed project
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least diverse and numerically limit
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These included the seagrass Halodul
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Table 2.2A: Terrestrial and Inter-t
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Common Name and/or Local Name Scien
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Common Name Scientific Name Obs. Tu
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Table 2.2B: Sub-tidal plants of the
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PL 2.5 PL 2.6 PL 2.5: Eastern appro
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PL 2.13 PL 2.14 PL 2.13: Manatee Gr
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PL 2.21 PL 2.22 PL 2.21: Stakes or
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Table 2.3: Invertebrates including
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Common Name or Local Name Scientifi
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Common Name or Local Name Beaded Se
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Common Name or Local Name M u stard
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PL 2.23 PL 2.24 PL 2.23: Horse Conc
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Table 2.4: Fish Species Found in Pr
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Table 2.5 Reptiles and Amphibians C
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(Sphaerodactylus glaucus) [See Tabl
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Table 2.7: Birds Found in and Aroun
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The CITES listing of the Hawks Bill
Page 119 and 120: Fig. 2.4: BCNP/MR Zoning Scheme 2-7
Page 121 and 122: 2.5.3 Geomorphology The beaches of
Page 123 and 124: 3.0 Policy Review 3.1 INTRODUCTION
Page 125 and 126: 3.1.3 Coastal Zone Management Strat
Page 127 and 128: 3.1.10 Belize Public Health Act Rev
Page 129 and 130: (7) Each traps shall be monitored e
Page 131 and 132: (e) No person shall disturb the nat
Page 133 and 134: The import into, transit through or
Page 135 and 136: 3.1.28 International Conventions an
Page 137 and 138: 4.0 WATER RESOURCES 4.1 Occupancy C
Page 139 and 140: 4.4 Selection of the preferred sour
Page 141 and 142: schedule. Nevertheless, it is expec
Page 143 and 144: Table 4.5 Rainfall Volume collected
Page 145 and 146: Fig 4.2 Water Harvesting Layout for
Page 147 and 148: Fig. 4.4 Typical Brine Injection We
Page 149 and 150: ANALYZER ANALYZER INPUT CONTROLLER
Page 151 and 152: This will include the determination
Page 153 and 154: Table 4.8 ABR Surface water and wel
Page 155 and 156: 5.0 Wastewater Disposal 5.1 Nature
Page 157 and 158: 5.4 Environmental Wastewater Load C
Page 159 and 160: 2. Prefabricated Secondary Treatmen
Page 161 and 162: Fig. 5.1 Proposed Project Sewer Tre
Page 163 and 164: 6.0 ENERGY GENERATION 6.1 Energy De
Page 165 and 166: for energy generation are compared
Page 167 and 168: Fig. 6.1 Above Ground Storage Tank
Page 169: 7.0 SOLID WASTE 7.1 Solid Waste Cat
Page 173 and 174: natural lighting. The trees cleared
Page 175 and 176: the landfill when ready. Used batte
Page 177 and 178: Table 7.4b Waste Reduction Yield fo
Page 179 and 180: 8.2 Hurricane Preparedness Plan (Ev
Page 181 and 182: - At least two tarpaulins for damag
Page 183 and 184: 8.2.7 Safety Precautions These prec
Page 185 and 186: 1) Fire alarm detection and notific
Page 187 and 188: Table 8.3 Inland Spill Level Level
Page 189 and 190: 9.0 Integrated Social Assessment Re
Page 191 and 192: some 1.3 miles south west of the NO
Page 193 and 194: populations not found on the island
Page 195 and 196: 9.3 Land Tenure In the early 1990s
Page 197 and 198: Fig. 9.2 Reef Cuts In the Region of
Page 199 and 200: Depth in a small lagoon that leads
Page 201 and 202: each ridge where it meets the mangr
Page 203 and 204: Fig. 9.5 Dive Sites at Ambergris Ca
Page 205 and 206: 9.7.4 The San Pedro Town Council Th
Page 207 and 208: 9.10 Cayes Development Policy and t
Page 209 and 210: 9.14.1 Bacalar Chico National Park
Page 211 and 212: Fig. 9.6 Bacalar Chico National Par
Page 213 and 214: zone are to prevent fishery stocks
Page 215 and 216: 9.14.3 Rocky Point The entire beach
Page 217 and 218: The system's seven sites illustrate
Page 219 and 220: Chapter 10 10.0 Environmental Impac
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energy generation, the production o
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system 0.8 - 3 Miles North and Sout
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10.3.4 Solid Waste Impacts The gene
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There are no secondary impacts of n
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Road Access Disturbances (noise, a
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Noise pollution from equipment and
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10.4.4.8 Education/Health Services
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Category of Project Activity Existi
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- Demand for services - Impacts on
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11.0 Impact Mitigation Chapter 11 1
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Development Activity Primary Impact
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to allow for the re-colonization of
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Development Activity Primary Impact
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Table 11.3: Mitigation Matrix in Re
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use conflicts is the issue of touri
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Development Activity General Social
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Development Activity General Social
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Table 12.1: Proposed Monitoring Pla
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Parameter Frequency Critical Level
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Development Issue Option #1 & Justi
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References Auil, N. 1997. Manatee R
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Littler, D.S., M.M. Littler and B.L
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Thurman, H.V. 1988. Introductory Oc
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TABLE OF CONTENTS Introduction…
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ancient Maya, particularly from Lat
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Figure 1: Map of Belize showing loc
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Fig. 3: Map of Ambergris Caye showi
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Fig. 4: Map of Ambergris Caye showi
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assessment. If we are accurate, how
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Fig. 7: Section Plan of posthole te
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should therefore be taken into care
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Franco The Franco site is located a
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REFERENCES CITED Boxt, Matthew 1983
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McKillop, Heather 1980 Moho Caye, B
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. Photo 1: View of Rocky Point Phot
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Photos 5—8: Various views of tran
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Photo 11 & 12: Photograph of Unit 1
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Photo 15: Photograph of potsherds r
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Goldsmith F.B. 1991. Monitoring for
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Paz, G.M. and T. Grimshaw. 2001. St
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