GARUN designs water-treatment chemical plants — mass balance, PFD, P&ID, general arrangement, foundation loads, equipment datasheets — and then fabricates, erects and commissions exactly what the drawings say. One engineering team from the first survey to the as-built set.
Most buyers meet us at the drawing stage. Some want one vessel, some a whole plant. The engineering thread is the same either way.
The design basis, the mass and heat balance, the P&ID, the general arrangement and every drawing the site will build from. This is the part of the job that decides whether the plant runs.
Vessels, drums, towers, ducting and frames built in our own workshop, trial-assembled, inspected against the drawing and packed for sea freight. What leaves here matches what you approved.
Civil interface, erection supervision, piping, electrical, trial run, operator training and the as-built set. One schedule and one responsible party until the first pallet is wrapped.
HCl + aluminium hydroxide, 95–105 °C, 2–40 m³ batches.
Long runway basins, 8–12 h retention, insoluble matter to sludge.
Plate-and-frame presses, cake at 30–35% solids.
Steam-heated drum flaker, flake 2–4 mm, no dust cloud.
Three-stage absorption, outlet HCl ≤ 10 mg/m³.
Net-weigh filling, 25 kg bags or 1 t jumbo, palletised.
Typical operating windows. Final figures are fixed by the design basis of your project — feed assay, capacity and site utilities.
Built in our own workshop, shipped as modules, assembled on your site. Select a row to start an enquiry.
Vessels, dryer drums, towers and ducting are all built and trial-assembled here before they are packed. Come and watch a line run — we will collect you.
Capacity is stated as finished product per year on a two-shift basis. Every configuration is re-rated to your local raw material.
Reaction, settling and storage — no drying step. The lowest capital cost per tonne, and the right answer when your customers are within trucking distance.
Adds filtration, drum drying, scrubbing and bagging to the liquid stage. Product ships dry, so freight per tonne of active ingredient drops sharply.
One reaction train, two product outlets. You sell liquid locally and dry the rest for export — and shift the split as the market moves.
We re-rate vessels, add scrubbing and automation, and rebuild the bagging line — usually without stopping production for more than a week.
Any fabricator can copy a vessel. What cannot be copied is the calculation behind it — why that diameter, that jacket area, that tower height, that incline. Every project starts with a design basis and ends with a drawing set your contractor can build from without a phone call.
Capacity model, process route selection, plot plan and an order-of-magnitude budget. Enough to decide whether to proceed.
The process is fixed here: mass and heat balance, PFD, equipment list and the datasheets that go out for quotation.
Every drawing the site will build from: P&ID, GA, foundations, piping, electrical, plus a 3D model clash-checked before release.
Drawings revised to what was actually installed, with the test records, O&M manual and spare parts list bound into one handover set.
Equipment leaves the workshop with its test records. Product lines leave with the method statements that let a local authority sign them off.
Pressure parts to GB/T 150 and ASME-equivalent practice; product quality to GB/T 22627-2022 and GB 15892-2020. Third-party inspection by SGS or CCIC can be arranged before shipment.
Certificate of analysis, MSDS, packing list, certificate of origin and the full inspection dossier. Test reports are issued per equipment tag, not per shipment.
Frame-packed vessels, sealed flanges, desiccant in electrical enclosures, and a loading plan that fits the container you actually booked. 25 kg PP/PE bags or 1 t jumbo for product.
Commissioning engineers travel for erection supervision and trial runs. After handover, remote support with a named contact and a spares list held for the first 24 months.
Seven deliverable families: the design basis and mass/heat balance; PFD and P&ID; general arrangement with elevations, nozzle and platform schedules; foundation loads and anchor layouts; equipment datasheets with material and lining specification; the electrical load list, single-line diagram and control philosophy; and the erection sequence with the O&M manual. A typical line runs 180 to 260 sheets, issued in DWG and PDF, with a drawing register that controls every revision.
Yes. We issue the package as a licensed set for one project and one site, priced separately from hardware, and your contractor can build from it. Around a third of our engineering clients do exactly that and buy only the items that are difficult to fabricate locally — the drum dryer, the absorption tower, the lined vessels.
The licence is perpetual for the site it was issued for, including modifications you make later. We retain copyright and ask that the drawings are not reused for a second plant without a further licence — which is also how we keep the price of a single-site package reasonable.
Concept and feasibility two weeks; basic engineering three to four; detailed engineering six to eight from design-basis approval, assuming the client returns comments within five working days. The critical path is usually the client's own data — raw material assay, site survey and utility conditions — not our drafting.
Product and target capacity; raw material specification and assay; site location, dimensions and plot plan if you have one; available power, steam, water and drainage; and the local standards or authority requirements. With those five we can issue a design basis in a week. Without them we can still start, but we will be making assumptions you will pay to change later.
Send the product, the target capacity and the site country. You get a first process route, a drawing list and an indicative budget — usually within two working days. If you already have drawings, send them and we will comment before quoting.
