Chemical without feedback is working blind
The performance of a treatment cannot be judged from the fact that the chemical was dropped — it is visible only in the dynamics. Pulse makes the well observable and controllable: it collects data, shows the response of pressure and rate, manages the treatments and delivers decisions to people. Chemical selection and Pulse form one loop: the formulation is chosen for the well, while the optimal regime is found and held only on platform data.
The measure is the shape of the pressure curve itself: the recovery rate between treatments shows how fast the column builds — and therefore the required frequency; the speed and depth of the drop after a treatment show the actual unloading achieved — and therefore how well the dose and the formulation match. A slow or shallow response is visible on the curve, not by eye.
Sensors on the wells measure pressures and the operating regime of the field continuously. The signal travels over a radio link to a cloud server; field operators send events from their phones to the same place — treatments, blowdowns, voice notes — and receive feedback: confirmations, alerts, instructions. The server processes the stream continuously — formulas, algorithms, forecast — and what reaches people is not numbers but decisions: who drives out, what to treat, what to sign.
Data acquisition
Pressure telemetry.Sensors at the wellhead, flowline and annulus transmit readings over a radio link around the clock. Events from the field.Treatments, blowdowns and completed work are logged from a phone on location, with GPS coordinates. Voice notes to the log.A voice message is transcribed and lands in the well log. Mobile app.The well card, charts and tasks — in the operator's phone.Processing and analysis
Signal cleanup.Noise and outliers are filtered layer by layer; the raw data is preserved. Rate from the differential pressure.Rate is calculated from choke physics, with no manual measurements. A score for every treatment.The pressure response shows whether the treatment worked. Alerts and forecast.Deviations and a shut-in forecast arrive in advance, not after the fact. The well on one screen.Pressures, treatments, blowdowns and comments — the whole history together.Decisions and control
Crew routes.The run is built from event priorities on the pad. Chemical inventory.Chemical stock and consumption forecast for every warehouse. Reports.Daily and monthly summaries are compiled automatically. Roles and access.Everyone sees their own: supervisor, engineer, management.
TelemetryContinuous monitoring of well parameters with change history and deviation detectiondata without a trip to the pad 
Well cardWell parameters, events and operations — in one time-based viewthe whole well history in one place 
Routes and alertsThe system detects critical events, notifies staff and builds the optimal routepriority by shut-in risk 
Mobile appSite data, tasks and notifications — on the engineer's deviceapp + Telegram bot 
AnalyticsField performance, production trends and key patterns visualizedperformance score for every treatment Data acquisition
Wellhead telemetry and manual entry by field staff through a Telegram bot — pressure, rate, blowdown and chemical consumption readings reach the system without dedicated workstations.
Trends and performance analysis
You can see how the pressure builds between treatments and how it falls after a treatment. From the shape of that curve the effect of each treatment is assessed and the optimal treatment point is determined — rather than judged by eye.
Treatment control
Automated launchers and dosing units deliver the chemical on a schedule or on an event (a pressure threshold being reached), in step with the well regime.
Routes and tasks
Planning field runs, assigning tasks to operators, tracking completion — the workload is distributed across the wells, not held in someone's head.
Summaries by role
Automated reports and notifications to groups by role and status: everyone receives their own slice, and deviations arrive at once.
Forecast and AI in development
Forecast of liquid accumulation and treatment timing; models for regime analysis and early detection of problems.
