DESIGN
Total Pretreatment Design
Size and evaluate conventional feed conditioning ahead of biological, membrane, or thermal treatment.
Coming SoonTOTAL WATER DESIGN SUITE · v0.24
Use specialized applications for pretreatment, biological treatment, membranes and demineralization, and ZLD. Transfer validated stream data between designs, close the plant-wide water balance, compare lifecycle economics, and optimize the integrated system.
APPLICATION PORTFOLIO
Total RO Design is the first available engineering application. The remaining products are shown transparently with their current development status.
DESIGN
Size and evaluate conventional feed conditioning ahead of biological, membrane, or thermal treatment.
Coming SoonDESIGN
Develop biological treatment trains, aeration requirements, solids production, and core process performance.
In DevelopmentDESIGN
Design UF, NF, RO, IX, and EDI systems with integrated chemistry, hydraulics, pumps, energy recovery, and performance analysis.
First product to launch · Entry, Silver, Gold and Platinum tiers
Sign in to open →DESIGN
Evaluate brine concentration, evaporation, crystallization, energy demand, recovery, and solids production.
In DevelopmentANALYSIS & OPTIMIZATION
Close facility-wide water, salt, recycle, reject, and solids balances.
Coming SoonANALYSIS & OPTIMIZATION
Compare CAPEX, OPEX, lifecycle cost, tariffs, and economic sensitivities on a common basis.
Coming SoonANALYSIS & OPTIMIZATION
Connect specialist designs into complete treatment trains and optimize system-level performance.
In DevelopmentA MESSAGE FROM THE FOUNDER
Over more than 20 years working in international sales and business development for hydraulic equipment and water infrastructure, I repeatedly saw engineers move between membrane programs, pump tools, energy-recovery calculations, spreadsheets, chemistry packages and economic models.
Each tool may be capable on its own. The inefficiency comes from the gaps between them. When one assumption changes, engineers often have to update several applications, reconcile different units and design bases, and repeat work that should remain connected.
That experience led to the vision for the Total Water Design Suite: specialized engineering applications that preserve their technical depth while sharing one account, one project identity and, progressively, validated streams and assumptions across the complete treatment train.
The objective is not to replace engineering judgment. It is to create a better environment in which qualified professionals can apply it - from pretreatment and biological treatment through membranes, demineralization, brine concentration, water balance, economics and system-level optimization.
My tenure as President of ALADyR further reinforced the scale of that need. The water industry is being asked to deliver more capacity, greater efficiency and increasingly sophisticated reuse and desalination systems while controlling capital and operating cost.
We are building the Suite to help engineers move from a design question to an informed, traceable decision with less unnecessary iteration.
ENGINEERING BASIS
The applications provide preliminary engineering estimates and decision support. Qualified professionals must independently verify inputs, assumptions, equipment limits and results before design, procurement, operation, contractual reliance or investment.
The Suite is being built progressively. Only products marked Available provide active access. Coming Soon and In Development cards are roadmap information, not release promises.
Where the underlying data and calculation engine support it, the Suite is designed to enable transparent, vendor-neutral comparison without representing itself as a manufacturer projection or guarantee.