We are Hidrógeno Verde Turquesa a Colombian research and development company creating sustainable projects for Latin America

Function: establish how, when and for what purpose the energy is used.

Aim: prioritize measures that reduce consumption and costs without deteriorating the service.

Restrictions: safety, comfort, energy quality, budget, available data and operational continuity.

Function: measure and characterize the resource available in a place.

Aim: Identify the location and use with the greatest verifiable useful energy.

Restrictions: uncertainty, seasonality, environment, territory, permits, access and instruments.

Function: combine source, conversion, network, control and storage.

Aim: cover demand with the lowest cost and impact during its useful life.

Restrictions: schedule balance, reliability, space, regulations, maintenance and availability of the resource.

Function: develop and validate hydrogen production, conditioning and use routes.

Aim: maximize performance and quality with verifiable balances.

Restrictions: raw material, energy, purity, pressure, materials, safety, emissions and scale.

Function: coordinate demand, generation and storage.

Aim: reduce losses, peaks and external energy without affecting priority loads.

Restrictions: state of charge, power, degradation, schedules, autonomy and backup.

Function: measure actual behavior before and after an intervention.

Aim: quantify results with the least practical uncertainty.

Restrictions: calibration, resolution, location, temporal coverage, traceability and budget.

Function: identify origin, quantity, composition, quality and destination of each stream.

Aim: maximize correct separation and recoverable information.

Restrictions: cross contamination, safety, sampling, storage, regulations and variability.

Function: assign to each stream a prevention, reuse, recycling or recovery route.

Aim: maximize recovered value and reduce final disposal.

Restrictions: mass balance, quality, demand, logistics, waste hierarchy and cost.

Function: transform compatible organic fractions through a controlled biological process.

Aim: obtain stable and traceable products with low odor operation.

Restrictions: permitted materials, humidity, temperature, aeration, load, safety and capacity.

Function: formulate and validate biological products for a defined application.

Aim: reduce the target pollutant or recover soil functions.

Restrictions: identity, concentration, purity, stability, toxicity, dosage, efficacy and regulation.

Function: evaluate biomass and organic waste as raw materials for biological or thermochemical processes.

Aim: maximize useful product per unit of matter and energy.

Restrictions: composition, humidity, biodegradability, contaminants, pretreatment, safety and emissions.

Function: compare alternatives from extraction to end of life.

Aim: minimize impacts for the same service unit.

Restrictions: equivalent limits, data quality, shelf life, maintenance, transportation and disposal.

Function: integrate environmental, social, legal and infrastructure layers.

Aim: locate alternatives with greater suitability and less conflict.

Restrictions: scale, resolution, validity, coverage, data permissions and spatial uncertainty.

Function: convert technical questions into variables, sensors, locations and frequencies.

Aim: obtain representative information with controlled uncertainty.

Restrictions: range, accuracy, calibration, power, communications, environment, access and cost.

Function: represent the system and compare scenarios before intervening.

Aim: reduce the error between observed and calculated behavior.

Restrictions: physical laws, data, identifiability, scale, validation and propagation of uncertainty.

Function: observe variables and act to keep the process within limits.

Aim: minimize deviations, consumption and failures.

Restrictions: stability, response times, actuator limits, safe stop and manual control.

Function: detect patterns, estimate variables and support decisions.

Aim: minimize the validated error and provide a demonstrable improvement over base methods.

Restrictions: privacy, bias, explainability, representativeness, security and human supervision.

Function: transform validated data into understandable and actionable indicators.

Aim: Maximize usefulness and opportunity of information.

Restrictions: traceability, updating, accessibility, permissions, quality and cognitive load.

Function: identify needs, capabilities, risks and conditions of the place.

Aim: prioritize interventions with greater social and environmental benefit.

Restrictions: participation, ownership, threat, water, budget, accessibility and standards.

Function: improve safety, health and comfort by reducing demand for resources.

Aim: maximize hours of comfort and savings over the useful life.

Restrictions: climate, structure, ventilation, humidity, occupancy, cost, materials and maintenance.

Function: articulate housing, community, territory and services.

Aim: reduce the footprint per inhabitant while maintaining quality of life and resilience.

Restrictions: place capacity, water, governance, soil, mobility, ecosystems and growth.

Function: ensure supply, treatment and management of runoff.

Aim: minimize drinking consumption, discharges and water risk.

Restrictions: quality, quantity, seasonality, permits, health, topography and maintenance.

Function: connect flows to avoid losses and take advantage of local resources.

Aim: maximize circularity without creating new dependencies or risks.

Restrictions: balances, safety, quality, space, seasons, logistics and real demand.

Function: convert design into agreements, works, operation and collective learning.

Aim: maximize adoption, compliance and permanence of results.

Restrictions: consent, equity, responsibilities, schedule, resources, transparency and complaint handling.