FluxaraDPR v17 ← Full DPR

Facility Blueprint

Complete site layout, zoning, civil, structural, electrical, water, and solar design for the Fluxara Advanced Renewables & Applications plant — Kothakota, Wanaparthy, Telangana.

Phase 1 · 6 Acres Phase 2 · 6 Acres Land Bank Total Site · 12 Acres 750 kW HT DISCOM 400 kWp Solar PV 20 TPD PS · 30 TPD PCC · Day 1

01Site Overview

Location
Kothakota
Wanaparthy, Telangana
Total Site
12 Acres
522,720 sq ft · 750 ft × 697 ft
Phase 1 Footprint
6 Acres
261,360 sq ft · 750 ft × 348 ft (south)
Phase 2 Land Bank
6 Acres
261,360 sq ft · 750 ft × 349 ft (north)
Land Cost
₹3.60 Cr
₹30L/acre × 12 acres
Site Orientation
N–S Axis
Gate at south; prevailing SW monsoon wind
Site Grade
≤0.5% slope
ETP at low NE corner — gravity drainage
TSPCB Greenbelt
15% Mandate
39,204 sq ft ≈ 0.9 acres along periphery
Design Principle. Material flow runs north → south: raw materials enter from the north side (RHA/rice husk storage, chemical storage), process in the center (process building), and finished goods exit from the south (FG warehouse, container apron, truck gate). Hazardous zones (furnace, chemical storage) are on the north end, away from admin and personnel areas on the south. ETP is positioned at the lowest natural grade point (NE corner) to enable gravity flow of process effluents.
CRITICAL — Furnace / THU Building: Constructed in fire-rated RCC only. NOT a PEB structure. Therminol 55 hot oil (THU) operates at 180–220°C, atmospheric pressure. No IBR registration required. CEMS auto-shutoff at 720°C to prevent combustion temperature exceeding 700°C limit (above = cristobalite → unusable silica).

02Phase 1 Site Plan — 6 Acres

MAIN SPINE ROAD 40 ft SERVICE ROAD 28 ft B FURNACE + THU RCC FIRE-RATED 120 × 100 ft C RHA + RICE HUSK STORAGE SHED OPEN-SIDED PEB 200 × 100 ft D CHEMICAL STORAGE BUNDED / CLASSIFIED 150 × 100 ft I SOLAR GROUND-MOUNT 150 kWp · 180 × 75 ft 13,500 sq ft F ETP + ZLD 120 × 70 ft · 25 KLD A CORE PROCESS BUILDING RCC FIRE-RATED · 200 × 80 ft Leach · Precipitate · Causticise · Spray-dry H ELECTRICAL + SCADA + UTILITIES 130 × 80 ft E FG WAREHOUSE + DISPATCH · PEB 190 × 80 ft G ADMIN · QC LAB CANTEEN · ACCOMMODATION RCC G+1 · 180 × 82 ft STAFF PARKING + VISITOR · 140 × 82 ft 30+ cars / 10 bikes CONTAINER APRON FG DISPATCH · 180 × 82 ft FCL 20ft · 2 bays FG STAGING + TRUCK BAY 125 × 82 ft MAIN GATE GREENBELT BUFFER (TSPCB 15% MANDATE) — DISTRIBUTED ALONG ALL FOUR SIDES N S W E 0 150 ft 300 ft Scale: 1 unit ≈ 3 ft ZONE LEGEND B — Furnace + THU (fire-rated RCC) A — Core Process Building (fire-rated RCC) C — RHA / Rice Husk Shed (PEB open) D — Chemical Storage (bunded) E — FG Warehouse + Dispatch (PEB) F — ETP + ZLD (25 KLD) G — Admin + QC Lab + Canteen (RCC G+1) H — Electrical + SCADA + Utilities (RCC) I — Solar Ground-mount (150 kWp) PHASE 1 — 6 ACRES · 750 ft (EW) × 348 ft (NS)
Reading the plan. North is up; gate is at south (bottom). The N–S spine road (40 ft wide) divides east and west halves. The E–W service road (28 ft) separates process zones (north) from admin/dispatch zones (south). Greenbelt buffer runs along all four perimeter sides per TSPCB mandate (15% of total Phase 1 area = 39,204 sq ft). Phase 2 land bank (6 acres) lies immediately north of this plan, not shown.

03Zone-by-Zone Specifications

ZoneName / UseBuilding ftZone ftZone sq ft ConstructionHeightFloor LoadKey Notes
A Core Process Building 160 × 120200 × 8016,000 RCC, fire-rated28 ft clear10 MT/m² Leach reactors, precipitators, causticiser, spray dryers, MVR evaporator, filter presses. PP-lined walls where acid/alkali contact. Roof: RCC with skylight panels. Crane rail for 2T EOT crane.
B Furnace + THU Zone 100 × 80120 × 10012,000 RCC fire-rated ONLY — NOT PEB32 ft15 MT/m² Combustion furnace (≤700°C, CEMS), THU hot oil circuit (Therminol 55, 180–220°C, atmospheric). Fire walls 4-hr rating. Explosion relief panels on roof. CO₂ flue to process building via insulated duct. Separate access road.
C RHA + Rice Husk Storage 160 × 90200 × 10020,000 Open-sided PEB20 ft eaves5 MT/m² 7-day rice husk buffer (140 MT = 560 m³). Purchased RHA bay (135 MT = 200 m³). Dedicated dust suppression system. Fire detection + sprinkler. Separate zones for RH and RHA with concrete berm divider. HDPE lined floor.
D Chemical Storage 120 × 80150 × 10015,000 Bunded RCC, classified18 ft8 MT/m² Sub-zones: NaOH 48% lye (3 × 20 KL PP-lined tanks + 7-day buffer), CaO dry store (bunded silo 50 MT), CTAB warehouse (AC, 4-week buffer mandatory), stearic acid. Chemical segregation walls. Acid/alkali neutralisation pit. HAZCHEM placards.
E FG Warehouse + Dispatch 200 × 120200 × 8016,000 PEB insulated24 ft eaves5 MT/m² 250 kWp rooftop solar (this + admin roofs). Racking for 1,200 MT PS (600 bags × 25 kg) + 1,500 MT PCC. Dock leveller × 2. Loading bay for 40 ft containers. Palletiser area. Lot control by QC. Rooftop solar panel loading: ≤20 kg/m² — check rafter design.
F ETP + ZLD Plant 80 × 60120 × 708,400 Open + partial roofing20 ft (tanks) 25 KLD ZLD capacity. Clarifier → MEE → ATFD sequence. NaOH recovery pre-treatment. Process water storage: 2 × 200 KL tanks. Firefighting water: 250 KL dedicated tank. ETP at lowest grade point — gravity inlet. Salt recovery for road-grade use.
G Admin + QC Lab + Canteen 120 × 80180 × 8214,760 RCC G+124 ft (2 floors)4 MT/m² Ground: reception, accounts, manager cabin, QC lab (XRF, BET, particle sizer, FTIR), change room × 2, canteen 60 pax. Upper: 8-bed worker accommodation, safety training room, first-aid bay, CCTV monitoring station. 58 kWp rooftop solar. Solar hot water for canteen.
H Electrical + SCADA + Utilities 80 × 60130 × 8010,400 RCC16 ft5 MT/m² 750 kW HT panel room, 11/0.415 kV transformer yard (outdoor), MCC (5 × panels), DG set room (500 kVA), UPS room, Siemens S7-1200 PLC room, Ignition SCADA servers, compressed air station (2 × 75 kW screw compressors), instrument air dryer, nitrogen generator.
I Solar Ground-mount 180 × 7513,500 Galv. steel mounting8 ft (tilted) 150 kWp ground-mount (balance of 400 kWp after 250 kWp rooftop). Fixed tilt 12°–15° S-facing. 2-row tables, 1.5 m row spacing. Fenced with chain-link. Grass/gravel bed. Dual-axis tracking not specified — fixed tilt sufficient at this latitude.
J Roads + Hardstanding + Truck Bays various104,696 PQC / WBM30 MT axle Perimeter fire lane 20 ft. Main spine road N–S 40 ft. E–W service road 28 ft. Internal cross roads 20 ft. Container apron (2 × 40 ft container, 180 × 82 ft). Truck turning circles 60 ft radius. Staff + visitor parking (30 cars + 10 bikes). Gate + guardhouse.
K Greenbelt + Retention Pond distributed39,204 Landscaping TSPCB mandate: 15% of Phase 1 area. Native species (neem, cassia, bamboo). 500 trees ± planted at 16 ft spacing. Stormwater retention pond (100 KL) at SE corner for monsoon runoff. Peripheral drainage channel 2×2 ft RCC lined. No impermeable cover on greenbelt.
PHASE 1 TOTAL — 6 ACRES 261,360 = 750 ft × 348 ft (south portion of 12-acre site)

04Civil Engineering Specifications

Substructure & Foundation

ZoneFoundation TypeBearing CapacityDepthConcrete GradeNotes
A (Process)Isolated + Combined footings≥10 T/m²4–5 ft BGLM30Equipment plinths M35. MVR + spray dryer vibration isolation pads.
B (Furnace)Deep isolated footings≥15 T/m²6 ft BGLM35Heat-resistant cement for furnace plinth. THU pipe supports on RCC pedestals.
C (Storage shed)Strip + pad footings≥8 T/m²3 ft BGLM25PEB column base plates on RCC pads 600×600×300 mm.
D (Chemical)Raft slab (bunded)≥8 T/m²2.5 ft BGLM30RCC bund walls 300 mm thick, minimum 1.1× largest tank volume. Acid-resistant screed on floor.
E (FG Warehouse)Strip + pad footings≥8 T/m²3 ft BGLM25Industrial floor slab 200 mm M30 with hardener for forklift loads.
G (Admin G+1)Isolated footings≥8 T/m²4 ft BGLM25Standard residential-grade for G+1. Seismic zone II — IS:1893.
J (Roads)PQC or WBM18 in subbaseM30 PQCContainer apron: 250 mm PQC on 150 mm GSB. Internal roads: 150 mm WBM + 40 mm BM + seal coat. Kerb stones throughout.

Floor Slabs & Bunding

Process Building Floor (Zone A)
  • • Slab: 200 mm M30 with top hardener
  • • Slope: 1:100 toward central drain trench
  • • Drain trench: 300 × 300 mm RCC channel, PP-lined, grated cover
  • • Bund walls: 400 mm height around each reactor cluster
  • • Epoxy coating where NaOH/H₂SO₄ contact expected
  • • 3T forklift wheel load: verify with structural engineer
Chemical Storage Bunds (Zone D)
  • • NaOH tank bund: 110% of largest tank = 22,000 L minimum
  • • Bund wall: 300 mm RCC, 1.2 m height, chemical-resistant paint
  • • Sump: 2,000 L PP-lined sump at bund low point → ETP
  • • CTAB store: sealed AC room, no floor drain to open sewer
  • • CaO silo: dry RCC plinth, cover over silo fill point
  • • Fire water wash-down collection to ETP — not to storm drain

External Drainage System

Storm + Process Drain Separation (ZLD Day 1 Compliance)
SystemTypeCapacityDestination
Clean stormwaterRCC open drain, 2×2 ft100-yr storm eventRetention pond → percolation
Contaminated process drainPP pipe 200 mm, closed130 KLD design flowETP inlet → ZLD
Cooling water blowdownPP pipe 100 mm5 KLDETP MEE
Bund drain (emergency)PP pipe 150 mmPeak emergencyETP sump, diversion valve
Roof drainage (clean)PVC 110 mm downpipesMonsoon designRetention pond

05Structural Specifications

BuildingFrame TypeRoof SystemWall SystemCrane / LiftSpecial
A — Process RCC moment frame (IS:456) RCC flat + PEB roof extension AAC block + cement plaster 2T EOT single-girder crane, 200 ft span 28 ft clear height for spray dryer. Vibration pads under MVR.
B — Furnace RCC fire-rated frame ONLY RCC with explosion relief panels RCC 200 mm (4-hr fire wall) 3T monorail hoist for furnace maintenance Fire walls to adjacent zones. Heat-resistant refractory lining in furnace room. NOT PEB under any circumstances.
C — RHA Shed PEB (TATA Bluescope or equivalent) Galvalume ribbed sheet, ridge vent Open sides + knee wall 1.2 m RCC None Open sides on 3 sides for natural ventilation. Dust suppression header along ridge. 3T bobcat loading access.
D — Chemical RCC frame RCC + FRP translucent panels for light RCC 150 mm (chemical resistant) 500 kg chain-block on monorail Cross-ventilation mandatory. Explosion-proof lighting in CTAB section. HAZCHEM placards IS:6005.
E — FG Warehouse PEB (pre-eng, insulated panels) Galvalume with 50 mm PUF insulation Insulated sandwich panel 2T forklift access, no overhead crane Rooftop solar: 192 kWp on FG warehouse. Verify rafter capacity ≥20 kg/m² extra dead load. Dock levellers × 2.
G — Admin G+1 RCC frame (IS:456) RCC flat roof + waterproofing 230 mm brick + plaster None (stairs + ramp for QC equipment) QC lab on ground floor (heavy equipment access). 58 kWp rooftop solar. Seismic zone II compliance.
H — Electrical RCC frame RCC flat + waterproofing RCC 150 mm Cable tray system + raised floor in MCC room Transformer yard (outdoor, concrete plinth + oil sump). Cable entry rooms segregated LT/HT. DG exhaust duct to roof.
Wind & Seismic. Wanaparthy is in Seismic Zone II (IS:1893-2016). Basic wind speed: 44 m/s (IS:875 Part 3, Kothakota terrain category II). PEB structures must be designed for full wind uplift. RCC structures IS:456 M25 minimum for exposure class B2 (industrial atmosphere).

06Electrical System Design

DISCOM Connection
750 kW HT
TSSPDCL 11 kV · apply Month 0
Installed Load
~900 kW
All equipment installed
Operating Load
~695 kW
Simultaneous demand factor 0.77
Solar Generation
504,000 kWh/yr
400 kWp @ 18% CF
Net Grid Draw
2.76M kWh/yr
₹1.93 Cr/yr @ ₹7/kWh
DG Backup
500 kVA
Cummins/Kirloskar · for critical loads
Power Factor
≥0.95
APFC panel mandatory
Metering
ABT Meter
TSSPDCL ABT + solar net meter

Single-Line Description

Power Distribution Architecture
LevelEquipmentRatingLocationNotes
Grid IncomerTSSPDCL 11 kV overhead line750 kW sanctionedH-frame at site boundaryMonthly HT bill. Reactive penalty if PF <0.9.
HT Panel11 kV VCB switchgear1,250 AZone H — HT roomMetering cubicle + protection relay (IDMT/REF/DEF).
Transformer11/0.415 kV ONAN Dyn111,000 kVAZone H — outdoor yardOil-filled, OLTC not required. Oil sump with gravel bed. Firewall between transformer and building.
LT IncomerACB 2000 A, draw-out2,000 A at 415VZone H — MCC roomBus coupler for DG changeover. 4-pole.
MCC Panels5 × MCC panels (Siemens/ABB)Various feedersZone H — MCC roomMCC-1: Leach + pumps. MCC-2: MVR + evaporators. MCC-3: Spray dryers. MCC-4: FG handling + packaging. MCC-5: Utilities + lighting.
APFC PanelAutomatic PF correction300 kVAR stepsZone H — MCC roomTarget PF 0.97. Detuned capacitor banks (7% reactor) to avoid harmonic resonance with VFDs.
Solar InvertersGrid-tied string inverters4 × 100 kWZone H + roof plant roomsRooftop: 2 × 100 kW (250 kWp). Ground: 2 × 75 kW (150 kWp). All Tier-1 (Huawei/SMA/Sungrow).
DG Set500 kVA diesel genset400 kW primeZone H — DG room (ventilated)For critical process loads during grid failure (MVR minimum speed, instrument air, SCADA, lighting). 1,000 L day tank. AMC with OEM.
UPSOnline double-conversion30 kVAZone H — server roomSCADA, PLC, fire panel, CCTV, process instruments. 30-min battery autonomy.
SCADA/PLCSiemens S7-1200 PLC + Ignition SCADAZone H — server roomAll process VFDs on PROFINET. Modbus TCP to meters. 4G/fibre remote access for MAIS oversight. OPC-UA tags for Digital Twin future state.

Major Electrical Loads

EquipmentQtykW eachTotal kWVFD?
MVR compressor (evaporator)1132132Yes
Spray dryers (blower + fan)337111Yes
Screw compressors (instrument air)275150Yes
Leach reactor agitators61590No
Causticiser / draft-tube12222Yes
Filter press hydraulic units31133No
NaOH lye transfer pumps47.530Yes
Process water pumps65.533Yes
CO₂ blower (flue to precipitator)21530Yes
Bag filter / dust collector31133No
ETP + ZLD plant14545Partial
Lighting (process + yard)25No
HVAC (lab + server room)20No
Miscellaneous / future46
TOTAL INSTALLED~900 kW
OPERATING (0.77 demand factor)~695 kW
DISCOM Application Timeline. 750 kW HT connection must be applied at Month 0 (simultaneously with financial close). TSSPDCL processing: 6–9 months typical for HT industrial. Interim: 100 kVA temporary supply for construction + commissioning prep from existing nearby LT line if available. Do NOT apply for 500 kW — 20 TPD PS requires 695 kW operating; 500 kW is insufficient.

07Water Supply & ZLD System

Fresh Water Intake
130 KLD
After 80% ZLD recycle
Total Process Water
~650 KLD
Process demand before recycle
ZLD Recovery
80%
520 KLD recycled back to process
ZLD Capacity
25 KLD
MEE + ATFD for concentrate
Fire Water Storage
250 KL
Dedicated RCC tank at Zone F
Water Source
Borewell
×2 borewells · TDS verify · softener if needed
Process Water Tank
2 × 200 KL
PP-lined RCC underground · 1-day buffer
Drinking Water
3 KLD
RO purification for canteen

Water Balance

StreamKLDSource / DestinationNotes
Fresh borewell intake130Borewells → softener (if TDS >500) → process water tank2 borewells × 80 KLD each → redundancy
ZLD recycle return520ZLD treated permeate → process water tank80% recovery of ~650 KLD total demand
NaOH leaching circuit280Process water → PP-lined reactors → filter press → ZLDSodium silicate solution; NaOH recovery loop
Causticisation + PCC precipitation180Process water → causticiser → hydrocyclone → ZLDCa(OH)₂ slaking water + wash water
Spray dryer make-up90Boiler feed quality demineralised waterEvaporated, exits as water vapour in exhaust
THU cooling circuit60Closed circuit, cooling tower blowdown → ZLD10 KLD blowdown; remainder recirculated
Evaporation + losses40Lost to atmosphereUnavoidable process losses
ZLD concentrate (salt cake)~2 MT/dayATFD solid cake → licensed disposalNaCl + Na₂CO₃ salt mix; road-grade / disposed as per TSPCB approval
Stormwater (clean)SeasonalRetention pond → greenbelt percolationSegregated from process drain

ZLD Process Train

ETP → ZLD Technology Sequence (Zone F)
StageTechnologyCapacityPurpose
Primary treatmentNeutralisation + pH correctionFull 650 KLDpH to 6–9, remove suspended solids. NaOH/H₂SO₄ dosing.
ClarifierLamella plate clarifier650 KLDRemove CaCO₃ fines, silica carry-over, sludge to filter press → brick kiln feed or desilicated residue blend.
UltrafiltrationUF membrane 0.1 µm650 KLD permeatePolish turbidity <1 NTU before RO.
Softening (optional)Antiscalant dosing or IX softenerNeeded if borewell TDS >500 or Ca/Mg hardness >300.
Reverse Osmosis2-stage RO500 KLD permeate80% recovery. Permeate → process water tank. Reject → MEE.
MEE (Multiple Effect Evaporator)3-effect MEE, TVR25 KLD concentrateConcentrate RO reject to 30% TDS. Heat source: THU hot oil loop.
ATFD (Agitated Thin Film Dryer)Scraped-surface evaporator~2 MT/day solidDry MEE concentrate to solid salt cake. ZLD final stage.
Treated permeate qualityTDS <200 ppm, TSS <5 ppm, pH 6.5–8.5, COD <30 mg/L. Suitable for process reuse.

Fire Protection System

Fire Water Infrastructure
  • • Dedicated 250 KL overhead RCC tank (Zone F) at 5 m elevation
  • • Fire pump: 1,000 LPM @ 7 bar (electric + diesel jockey)
  • • Hydrant ring main: 150 mm DI pipe, 45 m spacing
  • • Hydrant posts × 12 (yard) + hose reels × 8 (inside buildings)
  • • Deluge system: Zone B (Furnace), Zone D (chemical bund)
  • • CO₂ system: Zone H (MCC + server room)
  • • Foam system: NaOH tank area
  • • Automatic fire detection (Zone A, B, C, D, E, G, H) — addressable system
Approvals Required
  • • TSPCB NOC (before CTO)
  • • DISH (Dept. of Industrial Safety & Health, Telangana)
  • • Factory Inspector — Form 1 / Occupancy Certificate
  • • Local Fire NOC (Wanaparthy fire station)
  • • CPCB CEMS — continuous emission monitoring before CTO
  • • BIS IS:3844 fire alarm system compliance
  • • AERB not applicable (no radioactive sources)

08Solar PV System Design — 400 kWp

Total Capacity
400 kWp
Rooftop + ground-mount combined
Annual Generation
504,000 kWh/yr
@ ~18% CF (Telangana irradiance ~5.3 kWh/kWp/day)
Annual Savings
₹35.3 L/yr
504,000 kWh × ₹7/kWh
Solar CAPEX
₹130 L
₹32.5 L/100 kWp all-in
DISCOM Net Meter
Required
TSSPDCL net metering policy
Self-consumption
~85%
Daytime 3-shift continuous plant absorbs most generation

Rooftop Solar — 250 kWp

Roof AreaGross Roof sq ftUsable (75%)kWp @ 75 sq ft/kWpNotes
Process Building (Zone A)160×120 = 19,20014,400192Skylights occupy ~25%. Structural check for 3 kN/m² panel + wind load.
FG Warehouse (Zone E)200×120 = 24,0004,35058Balance of rooftop allocation. PEB purlin reinforcement may be needed.
Total Rooftop250 kWp62.5% of 400 kWp target

Ground-Mount Solar — 150 kWp

Zone I — Ground-Mount Field (NE Corner)
ParameterValueNotes
Capacity150 kWpBalance after rooftop
Zone dimensions180 × 75 ft = 13,500 sq ft75 sq ft/kWp × 150 = 11,250 sq ft + 20% aisle = 13,500 sq ft
Panel count~375 panels@ 400 Wp monocrystalline each
Table configuration2-portrait per row, fixed tilt 13°S-facing, fixed tilt optimised for Kothakota lat. 16°N
Row pitch10 ft (3.05 m)No inter-row shading at winter solstice 10 am–2 pm
Mounting structureHot-dip galvanised C-channelDriven pile foundation (600 mm depth), no civil needed
Inverter2 × 75 kW string invertersTier-1. Located in weatherproof enclosure at field edge.
FencingChain-link 1.8 m, barbed wire topPerimeter of Zone I only. Access gate for maintenance.
Cable routingDC: 4 mm² / AC: 95 mm² armouredUnderground conduit to Zone H inverter room via cable trench.

Admin / QC Rooftop — Bonus Capacity

Zone G (Admin G+1) roof = 120×80 = 9,600 sq ft. 75% usable = 7,200 sq ft ÷ 75 = 96 kWp potential — not in the base 400 kWp plan but available as Phase 1B solar uplift at minimal CAPEX (~₹30 L) in Year 2, pushing annual generation above 620,000 kWh/yr. Structural check required as existing base design calls for 58 kWp on admin only.

09Roads, Hardstanding & Site Infrastructure

ElementDimensionsSq ftSpecificationLoad Design
Perimeter fire lane20 ft wide, all 4 sides · 2 × 750 + 2 × 348 = 2,196 LF43,920150 mm WBM + 40 mm BM + seal coat30 MT axle (tanker)
Main N–S spine road40 ft wide × 348 ft long13,920250 mm PQC M30 on 150 mm GSB40 MT (container trailer)
E–W service road28 ft wide × 750 ft long21,000200 mm PQC M30 on 150 mm GSB30 MT axle
Internal cross roads20 ft wide × ~1,200 LF total24,000150 mm WBM + 40 mm BM20 MT (dumper)
Container apron180 × 82 ft14,760250 mm PQC M35 · jointed slab40 MT (laden 20 ft FCL container)
Truck bays (raw material)2 bays × 40 × 60 ft4,800200 mm PQC + kerb30 MT axle
Staff + visitor parking140 × 82 ft11,480Interlocking paver blocks on compacted subgrade3 MT (cars)
Transformer + DG yard60 × 40 ft2,400Oil-resistant PCC M25 + oil sump
Gate + guardhouse90 × 20 ft (includes gate arm swing)1,800RCC guardroom 10×12 ft + boom barrier × 2
Perimeter compound wall2,200 LF × 8 ft height230 mm brick + plaster · RCC pillars @ 10 ft c/c · broken-glass / barbed-wire topping
Roads & Hardstanding Total138,080Including apron, parking, yards, perimeter lane
Turning Radius. 40 ft container trailer requires 60 ft minimum turning radius. Container apron is designed at 180 ft length to allow full swing. RHA/rice husk delivery trucks (15 MT tippers): 40 ft turning radius — verified against Zone C approach road. NaOH tanker: 30 MT axle, 50 ft turning radius at chemical storage entry.

10Construction Quantities & BOQ Summary

ItemQtyUnitNotes
Site clearing & levelling261,360sq ftTopsoil strip 200 mm, soil testing before founding
Compound wall2,200LF8 ft RCC pillar + brick wall, gate × 2
PCC / RCC construction (buildings A, B, D, G, H)~6,500m³ concreteM25–M35 as specified; reinforcement ~85 MT steel
PEB structures (C, E)~36,000sq ftSupply & erect by TATA Bluescope / Kirby / equivalent
Flooring — industrial hardener~30,000sq ftZones A, D, E · 200 mm M30 slab + hardener
Acid-resistant screed / epoxy~8,000sq ftZone A process floor, Zone D bund floors
PQC road + apron~50,000sq ftSpine road + container apron
WBM road + BM~90,000sq ftPerimeter fire lane + internal roads
Drainage channels (RCC)~3,200LFPeripheral storm + process drain channels
Process water tanks (underground PP-lined)2 × 200 KLnosRCC construction
Fire water tank (overhead/ground)1 × 250 KLnosRCC at 5 m elevation or ground-level + jockey pump
Borewell2 nos × 300 ftnosSubmit for groundwater NOC — CGWB
Greenbelt plantation500treesNative species: neem, cassia, bamboo. TSPCB requirement.
Solar ground-mount civil (driven piles)~375nos600 mm depth × 60 mm GI pipe — no concrete needed
Cable trenches (process)~4,500LF600×400 RCC trench with precast cover slabs
HT underground cable (11 kV, XLPE)~600mFrom DISCOM pole → site HT panel. XLPE 3-core 185 mm².
Paint (anti-corrosion, chemical-resistant)Jotun Jotamastic or equivalent; PP lining for tank interiors
Signage (HAZCHEM, safety, directional)1lotIS:9457 / GHS-compatible; bilingual (Telugu + English)

Civil Cost Estimate (Budget Level ±20%)

Site Preparation + Wall
₹28 L
Clearing, levelling, compound wall, gate
RCC Buildings (A, B, D, G, H)
₹85 L
Foundations + frame + slab + roofing
PEB Structures (C, E)
₹32 L
Supply + erect, insulation for Zone E
Roads + Apron + Hardstanding
₹42 L
PQC, WBM, BM, kerbing, striping
Drainage + Water Tanks + Borewell
₹18 L
All channels, fire tank, process tanks, borewells
Flooring + Bunding + Finishes
₹20 L
Industrial floors, epoxy, acid screed, painting
Miscellaneous + 10% contingency
₹14 L
Signage, greenbelt, cable trenches
TOTAL CIVIL
₹165 L
Matches DPR v17 CAPEX · budget level ±20%

11Phase 2 Land Bank — 6 Acres (North)

Phase 2 Funding: Self-funded from Year 2+ accruals ONLY — zero additional bank debt. Phase 2 requires a second 20 MT/day combustion furnace (₹65 L) to provide additional heat and CO₂. The 21 GJ/day thermal surplus from Phase 1 is insufficient to run a second production line without new combustion capacity. Phase 2 CAPEX estimated ₹15–20 Cr.
ZoneDescriptionDimensions (ft)Sq ftNotes
B2Second Furnace + THU (RCC)120 × 10012,000Mirror of Phase 1 Zone B. New combustion capacity + additional CO₂ feed.
A2Second Process Building extension200 × 8016,000Additional leach, precipitate, spray-dry line for 20 TPD more PS.
E2Additional FG Warehouse200 × 12024,000For doubled PS (40 TPD) and PCC (60 TPD) throughput.
Roads + yard + fire lanesvarious~100,000Perimeter lane + new spine road extension northward.
Additional solar (Phase 2)various~20,000Additional 200 kWp ground-mount to offset doubled electrical load.
Buffer + greenbelt + flex~89,360TSPCB 15% greenbelt maintained at Phase 2 scale. Flex for future options.
Phase 2 Land Bank261,360= 6 Acres · 750 ft × 349 ft

Phase 2 Timeline (Indicative)

YearMilestoneFunding
Y1Phase 1 at 60% utilisation; Y1 net cash +₹4.77 Cr. Begin Phase 2 feasibility study.Phase 1 revenues
Y2Phase 1 at 75%; Y2 EBITDA ₹11.8 Cr. Commission Phase 2 engineering. Order second furnace.Accruals from Y1–Y2
Y2–Y3Phase 2 civil, equipment procurement, installation. Parallel with Phase 1 operations.₹15–20 Cr from accruals
Y3Phase 2 commissioning; Phase 1 achieving 90% + FSSAI dental grade revenue.Internal — zero bank debt
Y4+Full 40 TPD PS + 60 TPD PCC. Revenue potential ₹125–150 Cr/yr.Fully self-funded
Phase 2 Prerequisites. (1) Thermal surplus from Phase 1 is only 21 GJ/day — insufficient for a second production line without new combustion. A second furnace is mandatory. (2) Phase 2 MVR must be separately specified and sized for the additional throughput. (3) DISCOM load may increase from 750 kW to 1.4 MW — apply for HT load enhancement at Month 12 of Phase 1 operations.

Phase 1 — Day 1
20 TPD PS
30 TPD PCC · 6 acres · ₹21 Cr TPC
Y1 DSCR
4.3×
Export pricing ₹42/kg FOB PS · ₹1.43 Cr DS (moratorium)
Y1 Net Cash
+₹4.77 Cr
EBITDA ₹6.2 Cr − DS ₹1.43 Cr. No promoter bridge needed.
Break-even
~33%
Utilisation to cover all fixed costs at export pricing
Phase 2
Zero bank debt
Self-funded from Y2+ accruals. Requires new furnace + ₹15–20 Cr.
Full scale (Y4+)
₹75 Cr/yr
Revenue. EBITDA ₹48.2 Cr · DSCR 19.7×
Document Reference. This blueprint is a supplement to Fluxara DPR v17 (Full). All financial projections, CAPEX tables, OPEX details, product pricing, and regulatory compliance requirements are in the full DPR. Dimensions and zone areas here are design intent — subject to final engineering survey and TSPCB site inspection.
Fluxara Advanced Renewables & Applications Pvt Ltd
CIN: U35106TS2026PTC210706 · DPIIT: 246192
DPR v17 · Site Blueprint · September 2026
Kothakota, Wanaparthy, Telangana · 12 Acres
Confidential — Banking & Investor Submission