Skip to content
Vue aérienne d’un camp modulaire noir au bord d’un lac nordique

Camp design

Full preliminary study. Every system. Not construction drawings.

We model the whole camp — meals, water, air, power, network — for a nordic climate. It is a study. Not a construction bid.

Visual-direction illustration. Does not document an LPT INC. job, vehicle or asset.

Preliminary design and exhaustive technical study of all systems — not intended for construction.

This integrated engineering file models the technical, mechanical, food, sanitary and energy subsystems for the LPT INC. camp platform (6 to 136 occupants). It sets A-to-Z feasibility, a Canadian and Quebec supply chain, and an execution method for a nordic pilot. It is not intended for construction. OIQ seals belong to the engineers named on the file.

System 01

Nordic envelope. Soprema boards. Target R, not an insulation bid.

Soprema sits in Drummondville. We cite their sheets. We are not a dealer. The camp envelope is sized at −40 °C, not only at 24 °C.

What Soprema makes — and what LPT does not invent

SOPREMA inc., 1688 Jean-Berchmans-Michaud, Drummondville, Quebec. Insulation boards, not camp modules. LPT integrates a target supply chain. Not exclusive. Not an LPT plant.

SOPRA-ISO: closed-cell polyiso, organic glass-fibre facer. SOPRA-ISO PLUS: polymer-coated glass facers. Sizes 4×4 and 4×8 ft. Thickness 1–6 in; SL (shiplap) up to 8 in. Density ~2.0 pcf. 20 or 25 psi.

SOPRA-XPS: extruded polystyrene. Long-term R about 5.0 per inch even in the cold. XPS 20 for walls; 30 for foundations; 40/60/100 for heavy load and inverted roofs.

Study target R-40 / R-50

SOPRA-ISO LTTR is at 24 °C. Polyiso loses R below −10 °C. Soprema claims a better cold curve than typical Canadian polyiso — not R-5.7 at −40 °C. The study stacks polyiso inside and XPS outside.

  • Wall: 2 × 76 mm SOPRA-ISO PLUS, staggered (~R-34.8 at 24 °C) + 51 mm SOPRA-XPS 20 continuous (~R-11.0). Nominal ~R-46 at 24 °C. Winter effective target: R-40 after polyiso derate.
  • Roof: 2 × 76 mm SOPRA-ISO PLUS + 12.7 mm PLUS HD + Soprema membrane on the sealed file. Roof target R-50 in layers.
  • Floor / piles: SOPRA-XPS 40 or 60 under the module — compression and moisture, not polyiso on grade.
  • Soprema wants multiple layers to cut thermal bridging. One 8-inch board is not the study detail.

Service temperature and nordic job

SOPRA-ISO+ sheet: −40 °F to 250 °F. That allows the use. It does not seal the NBC U-calculation. U-values, bridges, Parker module joints and blower-door (< 1.0 ACH@50 Pa plant target) stay with the OIQ file.

Boards ship from Drummondville. They are not a CSA A277 structural sandwich. Structure is the module. Soprema is the thermal core of the envelope.

Published Soprema LTTR (24 °C) — not jobsite R at −40 °C

ProductThicknessLTTR / RSIStandard
SOPRA-ISO / PLUS25.4 mm (1 in)R-5.7 / RSI 1.00CAN/ULC S770, ASTM C1289
SOPRA-ISO / PLUS50.8 mm (2 in)R-11.4 / RSI 2.01Grade 2 (20 psi) or 3 (25 psi)
SOPRA-ISO / PLUS76.2 mm (3 in)R-17.4 / RSI 3.06Closed-cell polyiso core
SOPRA-ISO / PLUS101.6 mm (4 in)R-23.6 / RSI 4.15Multiple layers recommended
SOPRA-XPS 2025.4 mm (1 in)R-5.39 LTTR / R-5.0 agedCAN/ULC S701.1 Type 3
SOPRA-XPS 2076.2 mm (3 in)R-16.64 / RSI 2.93Above-grade walls, shiplap
SOPRA-XPS 20101.6 mm (4 in)R-22.49 / RSI 3.96Holds R in the cold better than polyiso
SOPRA-ISO PLUS HD12.7 mm (½ in)R-2.5Cover board, 80–110 psi
Open Soprema boards →

System 02

Kitchen, dining, cold rooms. Forward flow.

One or two seatings. Clean and dirty flows never cross. The study sizes it. It does not hang the pot.

Sanitary forward flow

  1. 01Receiving dock
  2. 02Cold / dry storage
  3. 03Meat / vegetable prep
  4. 04Cook line and service
  5. 05Dining room
  6. 06Dishwash and waste

Areas and zoning

The study sizes the complex for 136 residents, one or two seatings. Dining 120 m² — 68 seats, two 45-minute turns — or 210 m² for a single seating. Cook and prep 45 m², AISI 304. Cold 36 m². Dry store 25 m².

These are design areas. The building freezes after geotech, Code and OIQ seals. Not before.

Target equipment

Supply chain cited: Vollrath, Garland, Hobart Canada.

  • Makeup hood, 4,500 CFM
  • ANSUL R-102 kitchen suppression
  • Hobart conveyor dishmachine, 85 °C
  • H2O Innovation 1,500 L grease separator
Open Kitchen & dining →

System 03

Aqua-Loop. −40 °C. Less water.

Greywater to the toilets. Heat trace on everything that leaves the gallery. The study aims at 80% less water.

Aqua-Loop

  1. 01Greywater (showers, sinks)
  2. 02Settler
  3. 03MBR (H2O Innovation)
  4. 04Reverse osmosis
  5. 05UV-C and chlorine
  6. 06Toilets and wash-down

Fixtures

3 L toilets, or 1.2 L vacuum. Timed showers 6 L/min. IR lavatories 0.5 GPM.

Domestic hot water

Three propane tankless units in cascade. 2,000 L buffer at 65 °C. Watts mix to 43 °C.

Freeze protection

PEX-a in a heated gallery (+15 °C). Raychem trace on exposed lines. Motorized isolation on leak.

Open Aqua-Loop & plumbing →

System 04

You come in wet. You leave dry.

The shift ends in snow. FR gear does not survive a guesswork dryer.

End of shift

  1. 01Dirty entry
  2. 02Boots and lockers
  3. 03Boot / coat drying
  4. 04Commercial laundry
  5. 05Clean linen
  6. 06Rooms

Mudroom

136 lockers, forced extract. 136-pair boot dryers at 45 °C. Munters up to 150 L/24 h.

Laundry

Four 25 kg washers, four 30 kg propane dryers with moisture sensors for FR textiles.

Open Laundry & mudroom →

System 05

Fresh air at −40 °C. Quiet rooms.

FIFO sleeps by day. A whistling duct is a lost shift.

Heat recovery

Aldes / Venmar HRV, 85% sensible. Defrost via reverse or hydronic preheat.

Sleep

Duct silencers. Constant-air registers. NC-30.

Heat

Primary glycol coil. Electric baseboard PID backup in each room.

Ventilation balance (study)

ZoneRegimeTarget
BedroomsHRV 85%, 15 L/s/personNC-30, < 35 dBA
WashroomsExtract 25 L/sNegative pressure
KitchenMUA 4,500 CFMPropane burner
Gym / loungeVAV HRVCO₂ sequence
Open Nordic HVAC →

System 06

Diesel, batteries, solar. In that order when it freezes.

The camp does not stop. The study stacks Toromont, Cummins, Tugliq.

Hybrid plant

  1. 01120 kWp solar
  2. 02Inverter
  3. 03350 kWh LiFePO4
  4. 04Cat C13 + Cummins 175
  5. 05ATS
  6. 06Camp board + load shed

Gensets

Cat C13 350 kVA. Cummins 175 kVA standby. Quebec service: Toromont, Wajax.

BESS and solar

350 kWh LiFePO4 in a 20-ft box. 120 kWp bifacial. Tugliq / Rematech.

Load shed

Dryers first, then vehicle chargers, then empty common heat. Rooms, water, telecom stay.

Open Microgrid →

System 07

Two Starlinks. No cameras in the rooms.

The job needs the link. The crew needs the film. QoS splits them. We do not film beds.

Network

  1. 012× Starlink + LTE
  2. 02Peplink SD-WAN
  3. 03IP67 Wi-Fi mesh
  4. 04HID RFID
  5. 05Notifier fire panel

Uplink

Two High Performance dishes, Peplink bonding. LTE failover < 10 ms.

Wi-Fi

IP67 mesh, 50 m. Emergency traffic first. 15 Mbps per occupant.

Security

HID on doors and rooms. Notifier smoke/heat. No cameras in rooms, dorm halls, washrooms.

Open Telecom & security →

System 08

Fewer trucks. More treatment on the pad.

Every bin that climbs the road costs. The study cuts volume on site.

Incinerator

Nordic Canada, 1,000 °C, gas scrubber. Study target: 95% mass cut. Permit is not this page.

Wastewater

H2O Innovation MBR. Dried sludge briquettes, yearly haul in the study case.

Open Waste & MBR →

System 09

Quebec and Canadian supply. Names on the table.

We do not sell “local” as a slogan. The study names plants.

What this is not

Not an exclusive alliance. Not proof those plants signed LPT. It is the study supply chain.

Study matrix — cited manufacturers

SystemTarget supplyAnchorScope
ModulesPro-Fab / Bois-Francs / ATCO / DexterraQC & CanadaDorms, dining, offices
EnvelopeSoprema SOPRA-ISO / SOPRA-XPSDrummondville, QCPolyiso, XPS, membranes
GensetsToromont Cat / Cummins WajaxPointe-Claire, Val-d’Or150–500 kVA, parts
BESS / solarTugliq / RematechMontréal, ChibougamauLiFePO4, nordic panels
WaterH2O Innovation / Premier TechQuébec, Rivière-du-LoupMBR, grease, pumps
HVAC / DHWAldes / Venmar / Watts / RinnaiSaint-Léonard, Drummondville85% HRV, tankless
FreezenVent Raychem / IPEX / ParkerON & QCPEX-a, heat trace
TelecomGalaxy / Ubiquiti / PeplinkON, QC dist.Starlink, Wi-Fi 6E
Kitchen / linenVollrath / Garland / Hobart / HuebschMontréal, TorontoStainless, 25 kg
Open Quebec–Canada supply →

System 10

Five phases. The OIQ seal is not LPT.

Month 1: studies. Months 2–3: plant. Month 4: pad. 24 h and 48 h are study targets, not a schedule guarantee.

What LPT stamps, what it does not

LPT is RBQ 5734-5225-01. Engineering seals belong to the OIQ named on the file. This page is not a sealed drawing.

The nordic pilot prices after geotech, access and site regime.

Study milestones

PhaseAt LPTTarget proof
1. Design & sealsBIM/CAD, FEA, CFD — project OIQ engineersCSA A277 / NBC drawings
2. Plant prefabPro-Fab/ATCO modules, Toromont, H2O, Starlink skidsBlower-door < 1.0 ACH@50 Pa, 60 psi
3. Logistics & padConvoy, screw piles, dockingStructure assembled < 24 h (study target)
4. MEPDry-Connect, seals, microgridWeathertight building targeted at 48 h
5. HandoverKitchen, Aqua-Loop, Wi-Fi, manualAcceptance — operator takes the camp
Open Milestones →

Preliminary design and exhaustive technical study of all systems — not intended for construction.

Questions

FAQ

Are these construction drawings?+

No. Preliminary design and systems study. Execution drawings seal with the project’s OIQ engineers.

From 6 to 136 beds?+

Yes. The platform scales. The reference study sizes 136; we step down for a smaller camp.

Do you operate the camp once it is up?+

No. Design, install, relocate. Kitchen, beds, housekeeping: the operator.

Industrial | Abatement | Camps

Send the site. We open the file.

Modular camps, industrial assembly, remote pads. Plan. Coordinate. Deliver.