Why do Synopex World systems require no chemical dosing?

Synopex World membrane platforms use physical separation - hollow-fibre UF, nano-composite NF, or semi-permeable RO membranes - as the primary treatment mechanism. Combined with multi-media filtration (MMF), activated carbon filtration (ACF), and UV sterilisation for pre- and post-treatment, the systems achieve WHO drinking water standards without chlorination, coagulant dosing, or biocide addition at the treatment stage. Elimination of chemical dosing removes the supply chain, storage, and handling requirements that are the primary failure point for conventional water treatment in remote African locations.

Synopex World Purification · Remote & Emerging Markets

Name: Synopex World Membrane Purification - Remote & Emerging Markets
Brand: Synopex World

The Access Gap

The Barrier Is Infrastructure.
Not Hydrology.

Sub-Saharan Africa holds some of the world's largest freshwater reserves. The Congo Basin carries 30% of Africa's total runoff. Aquifers run beneath the Sahel. Rivers cross Tanzania and Ethiopia year-round. The water is present. The problem is not scarcity. It is the absence of certified, deployable technology to make that water safe.

Conventional water treatment compounds the problem. Chemical chlorination requires an uninterrupted logistics chain for reagent supply. Coagulant dosing demands trained operators. Both approaches fail the moment the supply chain breaks - which in remote African locations, it does.

Synopex World eliminates both failure modes. Physical membrane separation - UF, NF, RO - combined with UV sterilisation achieves WHO drinking water standards with no chemical dosing and minimal operator skill. Documented 30% extended membrane lifespan over conventional systems reduces the total cost of operation over the deployment lifecycle. This is the technology the environment demands. The Concept delivers it.

In high-consequence environments, optimism is not a strategy. Proof is.

Every Synopex World system is factory-tested and validated before it ships. The SMDT programme has proven deployments under UNESCAP funding in Mongolia and Korea ODA funding in Nigeria. K-Water installations have operated continuously across the Republic of Korea since 2009. We do not deploy on assumptions.

Why No Chemical Dosing Changes Everything

✓ No reagent supply chain required in-country

✓ Eliminates chemical storage, handling, and dosing errors

✓ Low-manpower operation - no specialist chemist required

✓ No disinfection by-products (THMs, HAAs) in treated water

✓ Mineral feeder for post-RO remineralisation to WHO taste standards

✓ 30% extended membrane lifespan vs conventional systems (documented)

Synopex World · Product Range

Five Proven Platforms.
One Certified Partner.

Synopex World systems span five platform families: stationary SWS community plants, self-contained SMDT mobile trailers, patented UF hollow-fibre modules, NF nano-composite membranes, and seawater/brackish desalination (SWRO/BWRO). Three membrane technologies - UF, NF, and RO - combine as required for surface water, borehole, brackish groundwater, or open-sea intake. All platforms are PLC-automated, chemical-free, and factory-tested before shipment.

techCards[0].image SWS container-base system - installed, operational site photo

Synopex World SWS stationary community water purification system

Platform 01 - Stationary

Synopex World SWS Community Water Purification Systems

PLC-automated stationary water purification plants for towns, hospitals, clinics, schools, and remote infrastructure - available in two housing configurations: container-base (pre-installed in a standard shipping container, relocatable) and panel-type house-base (permanent on-site structure). Treats valley water, river and stream surface water, and groundwater (borehole and shallow well). Pre-filtration (MMF + ACF) removes sediment and organics before membrane treatment. Bespoke MF/NF/RO trains are specified to source water analysis. Post-treatment mineral feeder restores essential minerals and taste after RO. UV sterilisation provides final-stage pathogen reduction without chemical addition. Automated backwash cycles require no operator intervention between scheduled maintenance visits. The ODA-funded Nigeria deployment was a 150 m³/day SWS system - a validated reference under international development programme accountability in Sub-Saharan Africa.

Standard configurations SWS-030 / 060 / 100 / 120

Output range 30 – 120 m³/day (30,000 – 120,000 L/day)

Membrane options MF tubular · UF · NF · RO (bespoke train)

Pre-treatment MMF + ACF

Post-treatment UV sterilisation · mineral feeder

Control system PLC automated · low manpower

Housing configurations Container-base (relocatable) · Panel-type house-base (permanent)

Africa reference Nigeria ODA - 150 m³/day community system

Korea reference Gyeongsangbuk-do - multiple K-Water community installations

techCards[1].image SMDT mobile trailer deployed on-site - UNESCAP Mongolia or ODA Nigeria field photo

Synopex World SMDT mobile drinking water treatment trailer deployed in field

Platform 02 - Mobile

Synopex World SMDT Mobile Drinking Water Treatment Trailers

Self-contained, road-deployable water treatment units that require no civil works or fixed infrastructure - operational within hours of arrival on-site. Built-in diesel power generator enables full autonomous operation in zero-electricity locations - remote settlements, disaster zones, off-grid construction camps, and island deployments receive safe drinking water immediately with no reliance on local power infrastructure. Each SMDT treats the most challenging source water conditions: high suspended solids (turbid surface water), high TDS (saline or mineralised borehole), pathogenic bacteria and protozoa, and heavy metals - using a complete treatment train of MMF pre-filtration, UF or RO membrane, UV sterilisation, and storage, all on a single road-legal trailer. Operational within hours of site arrival - no civil works, no external connections, no specialist installation crew. Designated "Water-911" under the UNESCAP Mongolia humanitarian programme (Step 1 completed November 2011). Door-to-door deployment model: the SMDT arrives, connects to an on-site water source, and immediately produces safe water.

Configuration range SMDT-20 / 50 / 100 / 200 / 400

Output range 20 – 400 m³/day

Population served 10,000 – 200,000 people/day

Civil works required None

Power supply Built-in generator - fully autonomous in zero-electricity areas

Source water types Surface water · groundwater · high TDS · high SS · heavy metals

Time to operational Hours from site arrival

Reference programmes UNESCAP Water-911 (Mongolia, Nov 2011) · ODA (Nigeria)

techCards[2].image UF hollow-fibre PAN membrane module close-up - Synopex World product shot

Platform 03 - Membrane

Synopex World UF Hollow-Fibre PAN Membrane Modules

Patented hollow-fibre polyacrylonitrile (PAN) ultrafiltration membrane modules - the core technology within SWS and SMDT systems, also available as standalone modules for integration into existing treatment trains. Physical pore-size separation removes suspended solids, bacteria, protozoa, and viruses to WHO drinking water standards without chemical addition. Auto-backwash cycles maintain flux and membrane integrity. Synopex World's patented membrane engineering delivers a documented 30% extended service life over conventional hollow-fibre membranes, reducing lifecycle replacement cost in remote deployments.

Membrane material Hollow-fibre PAN (polyacrylonitrile)

Separation mechanism Physical pore-size ultrafiltration

Backwash Automated (no manual intervention)

Extended lifespan 30% over conventional UF membranes

Patents 16 registered · 5 national R&D programmes

Heritage K-Water since 2009

techCards[3].image NF / RO membrane module or treatment train diagram

Synopex World NF nano-composite and RO membrane platforms

Platform 04 - Membrane

Synopex World NF Nano-Composite & RO Membrane Platforms

Two higher-rejection membrane platforms for applications where UF alone is insufficient. NF (nano-composite) removes colour, hardness, pesticides, and moderate dissolved solids - a lower-energy option than RO for sources without high TDS. RO (sea/brackish) achieves 95%+ TDS removal, treating brackish groundwater and extending to seawater desalination. Both platforms incorporate Synopex World patented nano-composite active layers for improved flux and fouling resistance. Integrated within SWS and SMDT bespoke treatment trains alongside UF pre-treatment, mineral feeder, and UV polishing.

NF active layer Nano-composite (patented)

NF targets Colour · hardness · pesticides · moderate TDS

RO configurations Sea water · brackish water

RO TDS removal >95%

Post-RO treatment Mineral feeder for WHO taste standards

Typical applications Brackish borehole · saline coastal · seawater

techCards[4].image Kukhwado Island SWRO plant or Ras Al Khair pilot installation photo

Synopex World SWRO seawater desalination plant - Kukhwado Island or Ras Al Khair

Platform 05 - Desalination

Synopex World SWRO / BWRO Seawater & Brackish Water Desalination

Full-spectrum desalination platforms for coastal, island, Gulf coastal, and high-salinity inland deployments - covering the complete TDS range from lightly brackish borehole to open seawater. Four RO membrane product lines address every application: NLP (low-pressure) for brackish water and drinking water; NULP (ultra-low-pressure) for low-energy brackish applications; NFR (fouling-resistant) for challenging wastewater reuse and turbid brackish sources; and NSW (seawater) for open-sea and high-concentration brackish intake. Synopex World Hisep® HUF-series ultrafiltration modules (0.001–0.01 µm pore size, PAN hollow-fibre, 85% system recovery) provide pre-treatment ahead of SWRO - reducing fouling load and extending RO membrane service life. Validated at Kukhwado Island SWRO plant, Korea (30 tons/hr HUF pre-treatment capacity, also supplying Incheon International Airport). The SWRO platform was independently validated at the Ras Al Khair SWRO pilot in Saudi Arabia - a process pilot (13.44 m³/day) matching the specification of the 227.5 MIGD SWCC facility contracted by Doosan Heavy Industries & Construction. The BWRO platform delivers 99%+ ion and contaminant removal in the Senegal 500 m³/day groundwater desalination system. Full desalination system available as stationary or mobile (SMDT) configurations: intake, Hisep® UF pre-treatment, RO, post-RO mineral feeder, UV polishing.

Seawater membrane (NSW) High-rejection seawater & high-concentration brackish RO

Brackish membrane (NLP) Low-pressure RO - brackish water, drinking water, ultrapure

Low-energy membrane (NULP) Ultra-low-pressure RO - brackish water, reduced energy cost

Fouling-resistant (NFR) Wastewater reuse, turbid brackish sources, challenging feedwater

Hisep® UF pre-treatment HUF series (0.001–0.01 µm, PAN) · 85% recovery · 30 t/hr validated

Post-treatment Mineral feeder · UV polishing - WHO taste compliance after full RO

Saudi Arabia reference Ras Al Khair SWRO pilot - 227.5 MIGD SWCC / Doosan Heavy project

Africa reference Senegal BWRO groundwater system - 500 m³/day · 99%+ ion removal

Korea reference Kukhwado Island SWRO plant · Incheon International Airport pre-treatment

Reference Deployments

Proven in the Field.
Not Just on Paper.

Synopex World systems have been funded and validated by international development organisations and national water authorities. Field performance, not just factory certification, is the proof standard we hold.

referenceDeployments[0].image Nigeria ODA community water system - site installation photo

ODA-funded Synopex World community water system, Nigeria

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Korea ODA Programme · Africa

ODA-Funded Community Water System - Nigeria

Official Development Assistance (ODA) funding from the Republic of Korea supported deployment of a Synopex World community water purification system in Nigeria - a documented reference in a Sub-Saharan African operating environment. Validates both system performance and the supply chain logistics for African deployment under international programme scrutiny.

referenceDeployments[1].image UNESCAP SMDT trailer deployment - Mongolia field photo, Nov 2011

UNESCAP-funded Synopex World SMDT mobile trailers, Mongolia

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UNESCAP · Humanitarian Programme

UNESCAP-Funded SMDT Mobile Trailers - Mongolia

The United Nations Economic and Social Commission for Asia and the Pacific (UNESCAP) selected Synopex World SMDT mobile water treatment trailers for humanitarian deployment in Mongolia. UNESCAP procurement standards require independent technical validation and field performance evidence - confirming the SMDT platform against international humanitarian agency procurement criteria.

referenceDeployments[2].image K-Water national installation - Synopex World system in operational Korean water authority setting

K-Water national water authority Synopex World installations, Republic of Korea

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K-Water · National Programme · Korea

K-Water National Water Authority - Republic of Korea

K-Water (Korea Water Resources Corporation) - the national water authority responsible for water supply to the Republic of Korea - has been deploying Synopex World installations continuously since 2009. Over 15 years of national water authority operation is the highest-grade validation a membrane manufacturer can demonstrate: not a pilot, not a single project, but a sustained national infrastructure relationship.

referenceDeployments[3].image Ras Al Khair SWRO pilot - process pilot installation, Saudi Arabia

Ras Al Khair SWRO pilot, Saudi Arabia - Doosan Heavy / SWCC

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Doosan Heavy / SWCC · Saudi Arabia

Ras Al Khair SWRO Pilot - Kingdom of Saudi Arabia

Synopex World SWRO membrane technology was selected for the Ras Al Khair seawater desalination pilot (13.44 m³/day process pilot) contracted by Doosan Heavy Industries & Construction for SWCC - the Saudi Water Conversion Corporation. The associated full plant is rated at 227.5 MIGD, making Ras Al Khair one of the largest desalination facilities in the Gulf. Synopex World membrane performance validated at the specification level required by Saudi national water authorities is direct evidence of GCC-grade desalination capability.

referenceDeployments[4].image Senegal BWRO groundwater desalination system - 500 m³/day installation

Synopex World BWRO groundwater desalination system, Senegal - 500 m³/day

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Brackish Groundwater Desalination · West Africa

Groundwater Desalination System - Senegal, 500 m³/day

A 500 m³/day groundwater desalination system deployed in Senegal using Synopex World BWRO membrane technology addresses the high-salinity inland borehole challenge shared by Sahelian and Saharan-edge communities across West Africa. Desert and high-saline groundwater is treated to WHO drinking water standards with 99%+ ion and contaminant removal - without chemical dosing. Directly relevant to brackish borehole conditions across the Sahel, Casamance region, and northern Senegalese communities dependent on groundwater.

referenceDeployments[5].image Kukhwado Island SWRO plant - Hisep® UF pre-treatment installation, Korea

Kukhwado Island SWRO plant - Synopex World Hisep UF pre-treatment, 30 t/hr, Korea

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SWRO Pre-Treatment · Korea National Infrastructure

Kukhwado Island SWRO Plant - Hisep® UF Pre-Treatment, 30 t/hr

Synopex World Hisep® HUF-series UF modules were selected as the pre-treatment stage for the Kukhwado Island seawater reverse osmosis plant in the Republic of Korea - with 34 HUF-3050 sets delivering 10 tonnes/hr from March 2009, expanded in May 2011 with 12 HUF-8050 sets adding a further 20 tonnes/hr, reaching a combined UF pre-treatment capacity of 30 tonnes/hr at 85% system recovery. The same Hisep® UF platform serves as SWRO pre-treatment at Incheon International Airport, Korea's busiest airport. UF pre-treatment before SWRO is the highest-scrutiny application for a membrane module - fouling performance, integrity, and recovery directly determine RO membrane lifetime and plant operational cost. These references confirm Hisep® UF performance at the specification level required for large-scale SWRO infrastructure, directly applicable to GCC and African coastal desalination projects.

Target Geographies

Sub-Saharan Africa &
Remote Global Locations

Primary engagement focus is Sub-Saharan Africa, where the gap between water resource availability and access infrastructure is most acute. The ODA-funded Nigeria deployment and the Senegal 500 m³/day groundwater desalination system provide direct regional references. Secondary focus includes GCC coastal communities requiring seawater desalination, remote mining and energy operations, island settlements, and off-grid industrial facilities globally.

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Nigeria

ODA reference deployment · North-East and Delta communities

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Kenya

Rift Valley, Northern regions - fluoride and arsenic in borehole water

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Ethiopia

Tigray, Somali, Afar regions - remote communities and humanitarian settings

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Tanzania

Lake Zone surface water, mining regions - turbidity and microbial load

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Uganda

Northern and Eastern regions - seasonal surface water variability

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Rwanda

Rural health clinics and community water points - WASH compliance

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Ghana

Northern savanna and coastal - mining sector and rural hospitals

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Mozambique

LNG development corridor - worker camp and community access

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Zambia

Copperbelt mining sector - process water and camp potable supply

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Senegal

Casamance region, Sahelian communities - brackish borehole remediation and BWRO 500 m³/day reference

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Saudi Arabia / GCC

Seawater desalination - Ras Al Khair SWRO reference, coastal and island communities

The Concept · Deployment Model

End-to-End Execution.
From Source Water to Safe Tap.

The Concept does not outsource accountability. Our factory-trained engineers manage every stage - installed, maintained, and supported in-house. Five stages. No gaps. No subcontractors.

Stage 01

Source Water Assessment

On-site sampling and laboratory analysis: TDS, pH, turbidity, hardness, heavy metals, microbial load, and trace contaminants. Flow rate measurement at source. Logistics route survey. Determines whether UF, NF, or RO is the correct membrane for the application.

Stage 02

System Specification

Synopex World product selection - SWS stationary or SMDT mobile - based on source water, demand, and logistics. Capacity sizing against confirmed population, healthcare bed count, or industrial throughput. Membrane train design: MMF + ACF pre-filtration, UF/NF/RO selection, mineral feeder and UV post-treatment.

Stage 03

Regulatory Navigation

In-country import clearance and Ministry of Health approval. Country-specific product certification: KEBS (Kenya), NAFDAC (Nigeria), ZAMWIS (Zambia), NEMA (Kenya/Uganda), EWURA (Tanzania), and others. Environmental documentation where applicable.

Stage 04

Factory Build & Testing

Synopex World factory assembly, pressure testing, and full performance validation in Pohang, Republic of Korea. Output water quality confirmed against WHO DWQG before shipping. Factory acceptance test (FAT) documentation provided. 12-month consumables pack pre-packed for deployment.

Stage 05

Deployment & Support

On-site installation and commissioning by The Concept's factory-trained engineers - not subcontractors. SMDT units operational within hours of arrival. Operator training, structured preventive-maintenance programme, and direct escalation to Synopex World for technical fault resolution.

Applications

Where Water Matters Most.

Application 01

Rural Healthcare & WASH Compliance

WHO WASH in Healthcare Facilities guidelines mandate piped, treated water at every point of care, sterilisation room, and sanitation facility. SWS-030 to SWS-060 systems deliver compliant water supply to clinics, district hospitals, and maternal health centres. No chemical dosing eliminates the reagent supply risk that disables conventional chlorination-based systems in remote healthcare settings.

Application 02

Humanitarian & Emergency Response

Synopex World SMDT trailers are proven under UNESCAP humanitarian programme funding. The SMDT-100 to SMDT-400 range serves 50,000 to 200,000 people per day with no civil works or fixed infrastructure. Compatible with UN agency procurement frameworks. NGO and civil-defence deployments operate the system on minimal manpower with no chemical handling. Pre-positioned spare membrane modules allow rapid field servicing.

Application 03

Remote Mining & Energy Operations

Off-grid mining sites, LNG construction camps, and renewable energy project camps require high-volume potable water for workforce welfare, dust suppression, and process operations. SWS systems provide regulatory-compliant water with PLC automation, eliminating diesel water trucking cost and supply chain exposure. Process water requiring food-grade quality benefits from the chemical-free UF and NF treatment train.

Application 04

Off-Grid Communities & Village Supply

SWS-030 systems serve village populations of 1,000–5,000 with a single PLC-automated unit requiring no specialist operators. No chemical dosing means no reagent logistics. Automated backwash requires no manual intervention. The ODA-funded Nigeria programme validates this configuration in an African community environment under international development programme accountability.

Application 05

Agricultural & Food Processing

Process water treatment for food and agri-processing facilities exporting to EU, UK, and GCC markets. SPS compliance and food safety standards at destination markets require documented, certified process water quality. Chemical-free Synopex World UF/NF treatment eliminates chemical contamination risk in food-contact water. NF platform removes pesticide residues and hardness without RO energy demand.

Application 06

Schools, Education & Institutional WASH

School WASH programmes under UNICEF and government frameworks require sustainable safe water supply beyond project funding cycles. SWS systems with automated operation and minimal manpower are designed for sustainability in low-skilled-labour environments. Local operator training is embedded in commissioning scope. Mineral feeder restores natural taste - critical for uptake in community settings replacing unsafe traditional sources.

Application 07

Coastal & Brackish Desalination - Island, Gulf & Inland Saline Sources

Coastal communities, GCC municipalities, island settlements, and inland regions with saline aquifers face TDS levels that UF and NF alone cannot reduce to drinking water standards. Synopex World SWRO (Seawater RO) and BWRO (Brackish Water RO) platforms - validated at the Ras Al Khair SWRO pilot in Saudi Arabia and in a 500 m³/day groundwater desalination system in Senegal - deliver full desalination to WHO standards. HUF-series UF pre-treatment minimises SWRO fouling and extends RO membrane service life. Post-RO mineral feeder corrects taste. The complete desalination package - intake, UF pre-treatment, RO, remineralisation, UV polishing - is available as an integrated Synopex World system in stationary and mobile configurations.

Standards & Certifications

Every Litre.
Proven to Standard.

Synopex World systems are validated against international water quality and manufacturing standards. In-country regulatory approvals are managed as part of every deployment engagement - not left to the client.

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WHO Drinking Water Quality Guidelines (4th Ed.)

All Synopex World system outputs are designed and validated against WHO DWQG microbiological, chemical, and physical parameters. The reference standard accepted by health ministries and international agencies across Sub-Saharan Africa.

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16 Registered Patents · 5 National R&D Programmes

Synopex World membrane platforms are the product of 38+ years of proprietary R&D in Pohang, Republic of Korea. Patent protection covers UF hollow-fibre PAN modules, nano-composite NF active layers, and fouling-resistant RO configurations - the foundation of the 30% extended membrane lifespan claim.

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UNESCAP · Korea ODA · K-Water Validated

Three international validation programmes: UNESCAP humanitarian procurement (Mongolia), Korea Official Development Assistance (Nigeria), and Korea Water Resources Corporation (K-Water) national water authority installations since 2009. Each programme applies independent technical and field-performance scrutiny beyond product certification alone.

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ISO 9001:2015 - Quality Management

Manufacturing and assembly at the Synopex World Pohang facility operates under ISO 9001:2015 quality management. Factory acceptance test (FAT) documentation and production records are provided with every system shipment to The Concept and onward to the end client.

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CE Marking (Machinery & Pressure Directives)

CE marking confirms conformity with EU Machinery Directive 2006/42/EC and Pressure Equipment Directive 2014/68/EU for pressurised system components. Required for NGO and development agency procurement under EU-standard equipment specifications.

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In-Country Regulatory Approvals

Country-specific certifications and import approvals managed by The Concept as part of the deployment scope: KEBS (Kenya), NAFDAC (Nigeria), ZAMWIS/ZEMA (Zambia), NEMA (Kenya/Uganda), EWURA (Tanzania), and others as applicable. Not left to the client to navigate independently.

Frequently Asked Questions

What Clients Ask
Before Engaging.

Synopex World is a Korean membrane technology manufacturer with 38+ years of R&D, 16 registered patents, and 5 national R&D programmes. Its UF, NF, and RO platforms require no chemical dosing, operate on low manpower with PLC automation, and deliver a documented 30% extended membrane lifespan versus conventional systems. Reference deployments include UNESCAP-funded SMDT mobile units in Mongolia, an ODA-funded community water system in Nigeria, and K-Water installations across Korea since 2009. These characteristics - chemical-free operation, low manpower, and proven field performance under international programme accountability - make the platform exceptionally well-suited for remote African deployments where chemical logistics and skilled technicians are scarce.

Synopex World systems handle borehole and groundwater, surface water including rivers and lakes, rainwater harvesting, and brackish water. RO platforms extend to seawater desalination. The UF hollow-fibre PAN platform is optimal for surface water with moderate turbidity. The NF nano-composite platform targets colour, hardness, and moderate TDS reduction. RO handles high TDS, brackish, and seawater sources. A source water analysis - covering TDS, pH, turbidity, microbial load, hardness, and key chemical contaminants - is conducted as the first step of every project, before any system is specified.

The Synopex World SMDT (Self-contained Mobile Drinking water Treatment) is a complete water treatment system mounted on a road-legal trailer. Configurations range from SMDT-20 (20 m³/day) to SMDT-400 (400 m³/day), with the largest unit serving up to 200,000 people per day. SMDT units are pre-commissioned at the Pohang factory, require no civil works or fixed infrastructure, and can be fully operational within hours of arrival on site. They are designed for disaster response, off-grid settlements, humanitarian emergencies, and military or civil-defence deployments. The UNESCAP-funded Mongolia programme validates SMDT performance under international humanitarian procurement standards.

The Synopex World SWS community water purification range covers 30 m³/day (SWS-030), 60 m³/day (SWS-060), 100 m³/day (SWS-100), and 120 m³/day (SWS-120). At 30 m³ per day - 30,000 litres - a single SWS-030 serves a primary health clinic or a village of approximately 1,500 people at WHO minimum water consumption guidance. SWS units are PLC-automated, bespoke MF/NF/RO treatment trains with pre-filtration, UV sterilisation, and post-treatment mineral feeder. Multiple units can be installed in parallel for larger demand without new engineering.

Synopex World membrane platforms use physical separation - hollow-fibre UF, nano-composite NF, or semi-permeable RO membranes - as the primary treatment mechanism. Combined with multi-media filtration, activated carbon filtration, and UV sterilisation, the systems achieve WHO drinking water standards without chlorination, coagulant dosing, or biocide addition. In remote African deployments, chemical reagent logistics are the most common cause of conventional water treatment system failure. No chemical dosing eliminates the supply chain, storage, handling risk, and dosing error that makes chlorination-based systems unreliable in off-grid environments. It also eliminates disinfection by-products (trihalomethanes, haloacetic acids) from the treated water.

Yes. Synopex World operates seawater reverse osmosis (SWRO) and brackish water reverse osmosis (BWRO) platforms for deployments where UF or NF alone cannot reduce TDS to drinking water standards. The SWRO platform uses Synopex World NSW series membranes and was validated in the Ras Al Khair SWRO pilot in Saudi Arabia - a process pilot for a 227.5 MIGD SWCC facility contracted by Doosan Heavy Industries & Construction, one of the Gulf's largest desalination references. The BWRO platform targets high-TDS inland sources: a 500 m³/day groundwater desalination system is operational in Senegal, directly addressing the saline borehole challenge across the Sahel. Synopex World HUF-series UF modules serve as pre-treatment for SWRO plants, reducing fouling and extending RO membrane life. Post-treatment mineral feeders restore WHO taste compliance. The full desalination system - intake, UF pre-treatment, RO, remineralisation, UV polishing - is available in both stationary and mobile configurations.

The Concept holds exclusive regional distribution for Synopex World membrane systems. We operate as the end-to-end deployment partner: source water assessment, system specification from the SWS and SMDT range, in-country regulatory navigation, logistics coordination from Pohang, commissioning, operator training, and ongoing technical support. Factory-trained engineers handle installation and maintenance - The Concept does not subcontract. The minimum engagement is a source water assessment. Contact accelerate@theconcept.global to open a conversation.

Certified Membrane Infrastructurefor the Regions That Need It Most

The Barrier Is Infrastructure.Not Hydrology.

Five Proven Platforms.One Certified Partner.

Synopex World SWS Community Water Purification Systems

Synopex World SMDT Mobile Drinking Water Treatment Trailers

Synopex World UF Hollow-Fibre PAN Membrane Modules

Synopex World NF Nano-Composite & RO Membrane Platforms

Synopex World SWRO / BWRO Seawater & Brackish Water Desalination

Proven in the Field.Not Just on Paper.

Sub-Saharan Africa &Remote Global Locations

End-to-End Execution.From Source Water to Safe Tap.