In Spain, a biodiesel production plant was built with the capacity to produce 4,000 liters per hour and generate 5 MW of electricity. The project included engineering, design, and subsidy management, and the plant used sunflower crops as raw material.

Conversations begin in countries where energy crops can be sustained to supply the industry.

On the initial trip to Peru, the team concluded that growing energy crops like castor oil plants and jatropha was feasible. After careful consideration, they chose to concentrate on jatropha as it does not interfere with the food chain, which is vital for the industry's development. As a result, all research and activities will center around jatropha.

An engineering project in Spain has successfully used residual Biomass from sunflowers and other crops to create energy. This has led to achieving energy self-sufficiency and selling surplus power to the national electricity system.

We have initiated experimental plots in Lambayeque, the northern coastal region of Peru, covering 3 hectares. We are conducting experiments on various local varieties and their agronomic management in this area.

Work begins in other areas of Peru to locate the optimal cultivation zone, where the crop can be grown in rainfed conditions without water resources. This leads to the region of San Martín, an area adjacent to the Peruvian Amazon and with access to the Atlantic through the Amazon River. Experimental plots are started, and the selection of initial varieties is made.

One of our valued customers in Venezuela had its gas boiler's steam production capacity increase.

Initiated a Tier 1 project in the Dominican Republic, including engineering, design, and installation of:

1 Grinding

2 Generation

3 Distillation

4 Fermentation

5 CO2 production

Delivery and operation of the project in the Dominican Republic, complying with all economic, quality, and timing aspects.

Start a project in Colombia with a grinding capacity of two thousand tons per hour, generating 15 MW of thermal power and producing raw sugar.

The project in Colombia is completed, meeting all the guaranteed parameters.

Start of the Dominican Republic Distillery project, where a modification is made to a coal boiler to work with Biomass, introducing the energy valorization of residual Biomass and woodchips.

We enhanced the delivery and operation of a distillery to meet financial, quality, timing, and savings requirements.

Probionsa RD started a project in the Dominican Republic with an investment of $600,000 for producing and operating energy farms, forest biomass, and the valorization of residual Biomass from agriculture and industrial processes. This project aims to provide a sustainable solution to all projects in the Dominican Republic that utilize Biomass as a renewable fuel source. It sought to ensure a consistent and reliable supply of Biomass for these projects.

We became a biomass suppliers to 4 companies with a production capacity of 200 tons per day of woodchips.

Study to evaluate existing problems in the biomass sector in Honduras.

Start of the photovoltaic solar project in the Dominican Republic with a capacity of 250 kW.

We participated in a pre-feasibility evaluation for a biomass thermal power plant project involving a UN commission for a group in the Dominican Republic.

We conducted a pre-feasibility evaluation for a customer in a free trade zone project in the Dominican Republic—the assessment aimed to determine the feasibility of a 6 MW biomass thermal power plant.

Contracted to develop a biomass expansion project for a multinational textile company in Honduras.

Signed a Letter of intent and drafted PPA (Power Purchase Agreement) for a 6 MW biomass thermal power plant in a free trade zone project in the Dominican Republic. 

Signing and initiating a 250 kW photovoltaic solar project in the Dominican Republic.

Submitted a proposal for a turbo generator installation project, with an initial stage of 3 MW and a second stage of 6 MW, including a system to improve the quality of Biomass produced.

Submitted a sugar mill project proposal with a milling capacity of 500 TCD (Tons of Cane per Day) and thermal and electric cogeneration.

Delivery of a 250 kW photovoltaic project. This project involves the integration of two generators synchronized with the panels, making it one of the most complex photovoltaic projects in the world. It received an innovation award in the Dominican Republic and met the highest standards, as mentioned in a publication by the German company SMA.

Completion of the biomass expansion project in Honduras. A 35% fuel consumption saving was achieved along with operational improvement thanks to the robustness of our control platform. We were handling 700 tons of Biomass daily and producing 2,500 tons of steam daily.

Initiation and completion of the expansion of a 50 kW photovoltaic project.

Off-grid photovoltaic project with a capacity of 30 kW. This project includes a battery bank of 74 kW and a management system that automatically controls all equipment (lighting, air conditioning, pumps, and electric generator).

Initiation of engineering for an effluent treatment project for a textile company.

Pre-engineering for a 20 MW Waste-to-Energy project, generating electricity from waste.

Pre-feasibility study for a sugar cane milling project with a capacity of 2,000 tons per day.

Study and pre-feasibility of a biomass-based thermal power plant with a capacity of 15 tons of vapor per hour.

Preliminary project for a 10 MW photovoltaic solar project located in Santo Domingo.

Study of solar and energy efficiency project for a building located in Santo Domingo.

Pre-feasibility study for a thermal power plant for a multinational food company in San Francisco de Macorís.

Construction and installation of a gypsum crushing line located in Barahona.

We have started a project for off-grid photovoltaic power generation with a capacity of 40 kW. Additionally, we have completed a project in Honduras to install a Ventomatic packaging system for a cement company.

Execution of a project for installing a Ventomatic packaging system for a cement company in Guatemala.

We are conducting a pre-feasibility project for a rum production company in Panama to generate thermal and electrical energy from Biomass through a thermal power plant.

An ash system engineering project is currently underway for a thermal power plant in Honduras. The purpose of this project is to generate energy.

Pre-feasibility Project for a Floating Photovoltaic Power Plant of 10 Mwp in the Dominican Republic.

Ash management and storage solution for a coal-fired power plant for electricity generation located in the Dominican Republic.

EPCC for the construction of infrastructure for storing 21,000 barrels for rum aging. Including a honeycomb storage system and fire detection and extinguishing systems designed for this purpose. Along with a barrel repair and restoration workshop equipped with an ATEX central dust collector system.

EPCC for reengineering a biomass thermal power plant to generate 2 Mwe of energy and 10 Ton/h of process steam for anhydrous alcohol distillation located in the Caribbean.

EPCC for constructing a Biomass Thermal Power Plant to generate 5 Mwe and 17 Ton/h of process steam for anhydrous alcohol distillation located in Central America.