OBJECTIVES

Ensuring a healthy and comfortable work environment for employees during periods of high heat, while guaranteeing production continuity.

CLIENT REQUEST

Our client wanted to implement a temporary air conditioning solution to maintain a pleasant temperature in production facilities, workspaces, and logistics areas, in order to preserve the health and safety of employees during periods of high heat.

CHALLENGE

Guaranteeing production continuity while ensuring employee comfort and safety.

TIBBLOC SOLUTION

High temperatures pose health risks for employees when the temperature exceeds 30°C for sedentary activities or 28°C for physical tasks, as well as a loss of productivity linked to excessive heat, which can become dangerous for health from 33°C.

TIBBLOC can implement several complete solutions, perfectly adapted to the client’s needs:

PROFITS

OBJECTIVES

Ensuring the cheese factory’s production continuity in the event of a main boiler failure, to avoid any interruption that could harm product quality or lead to financial losses.

CLIENT REQUEST

A cheese factory experienced a breakdown of its main boiler.

Our client therefore needed a temporary heating solution, capable of delivering 600 kW at 105 °C.

For a period of two weeks, the time required to carry out the repairs.

CHALLENGE

TIBBLOC SOLUTION

Tibbloc installed in less than 24 hours, a gas boiler room of 600 kW, capable of reaching a temperature of 105 °C.

Monitoring and maintenance during the two-week rental period to ensure the proper functioning of our installation.

PROFITS

OBJECTIVES

Provide temporary heating for a hotel under construction to ensure the required thermal conditions for drying plaster and applying paint.

CLIENT REQUEST

Our client wanted to maintain specific temperature conditions to facilitate finishing work inside the building, particularly the drying of plaster and paint.

Sufficient ambient temperature needed to be provided across multiple floors to ensure continuity of work, while meeting project deadlines.

CHALLENGE

TIBBLOC SOLUTION

TIBBLOC implemented a complete temporary heating installation, including:

PROFITS

OBJECTIVES

Control temperature and humidity on a multi-level car park construction site to create ideal conditions for resin application.

CLIENT REQUEST

The client requires an efficient preheating and dehumidification solution for large air volumes in a complex environment (multi-level car park), with a need for rapid intervention and independent management of the different levels.

CHALLENGE

TIBBLOC SOLUTION

We implemented a comprehensive system that met the project’s requirements. A preheating system, composed of a boiler room operating on rapeseed oil, was installed to ensure optimal temperature. In addition, six air handling units ensured dehumidification, with over 750 meters of flexible ducts 500 mm in diameter to efficiently diffuse the treated air.

The system was reinforced with additional ducts to target specific areas requiring localized treatment. Finally, a close collaboration with an expert partner in ventilation ensured a rapid, secure, and perfectly adapted installation to the site’s constraints.

PROFITS

OBJECTIVES

Ensure the continuity of district heating during the complete renovation of a heating network, while facilitating the transition to more efficient and sustainable equipment.

CLIENT REQUEST

The client requested that we guarantee a high thermal output (up to 38 MW) during the network modernization work, including the gradual replacement of old boilers with low-pressure models.

CHALLENGE

Maintain heat production for the entire network during the work while responding to demanding specifications in terms of performance, safety, and deadlines. And d eploy a modular and scalable solution enabling a smooth handover during the different phases of the project.

TIBBLOC SOLUTION

Implementation of a phased approach:

First : 15 MW starting June

Second : +15 MW in September

Third : +8 MW for the winter season

Supply of 11 low-pressure mobile gas boiler rooms:

Complete technical management: transport, installation, connection, commissioning, and supervision.

Guaranteed responsiveness thanks to the proximity of our agency, equipment availability, and the mobilization of our on-site technical teams.

PROFITS

OBJECTIVES

Support low-carbon projects by optimizing concrete production, reducing preparation times and additive consumption, and guaranteeing consistent quality.

CUSTOMER REQUEST

Our customer wanted to optimize its concrete manufacturing process by reducing setting times, while ensuring consistent quality of the finished product. His objective: to adopt a more ecological and economical solution. We helped them implement an innovative production method combining performance, sustainability and cost reduction.

CHALLENGE

To propose a low-carbon concrete solution designed to reduce the ecological footprint associated with its production. The aim was also to optimize the preparation process to limit on-site delays. By maintaining consistent quality while reducing the use of additives.

This has enabled us to reconcile performance and sustainability.

TIBBLOC SOLUTIONS

TIBBLOC provided a complete solution, perfectly adapted to the customer’s needs. The team installed a mobile boiler directly in the concrete plant. This heats the injection water to an optimum temperature of +65°C.

This preheating significantly accelerates concrete setting, even in winter conditions. To guarantee maximum efficiency, TIBBLOC has carried out a precise Delta T calculation. This measures the difference between the temperature of the incoming water, generally +2°C in winter, and the target temperature at injection.

This thermal control reduces preparation time while ensuring perfect mix homogeneity.

This process optimization has enabled TIBBLOC to limit the use of additives. As a result, concrete production has improved on three fronts: it has become more ecological, more economical and more efficient.

PROFITS

OBJECTIVES

Support low-carbon projects by optimizing concrete production, reducing preparation times and additive consumption, and guaranteeing consistent quality.

CUSTOMER REQUEST

Our customer wanted to optimize its concrete manufacturing process by reducing setting times, while ensuring consistent quality of the finished product. His objective: to adopt a more ecological and economical solution. We helped them implement an innovative production method combining performance, sustainability and cost reduction.

CHALLENGE

To propose a low-carbon concrete solution designed to reduce the ecological footprint associated with its production. The aim was also to optimize the preparation process to limit on-site delays. By maintaining consistent quality while reducing the use of additives.

This has enabled us to reconcile performance and sustainability.

TIBBLOC SOLUTIONS

TIBBLOC provided a complete solution, perfectly adapted to the customer’s needs. The team installed a mobile boiler directly in the concrete plant. This heats the injection water to an optimum temperature of +65°C.

This preheating significantly accelerates concrete setting, even in winter conditions. To guarantee maximum efficiency, TIBBLOC has carried out a precise Delta T calculation. This measures the difference between the temperature of the incoming water, generally +2°C in winter, and the target temperature at injection.

This thermal control reduces preparation time while ensuring perfect mix homogeneity.

This process optimization has enabled TIBBLOC to limit the use of additives. As a result, concrete production has improved on three fronts: it has become more ecological, more economical and more efficient.

PROFITS

OBJECTIVES

Supporting our client in adopting green energy through low-carbon boiler rooms, reducing CO₂ emissions and effectively decarbonizing.

CUSTOMER REQUEST

Our client wanted to replace high CO₂-emitting fossil fuels with a low-carbon electrical source. They also sought to reduce the environmental impact of their activities by acting across their entire value chain, particularly scopes 2 and 3.

For this, they were looking for a low-carbon heating solution that could be sustainably integrated into their decarbonization strategy.

CHALLENGE

We therefore decided to decarbonize heat production in industry and large buildings. All while maintaining good energy performance to reduce environmental impact and control operating costs.

TIBBLOC SOLUTIONS

To meet this demand, we proposed a simple and effective solution. It includes electric steam boilers up to 3 T/h and modular hot water boilers from 300 kW to 3 MW. These units are powered by renewable energy or low-carbon electricity.

Furthermore, the boilers are available for rent. This helps to avoid overproduction, reduce waste, and align with a circular economy approach. This solution also remains flexible, ideal for temporary needs.

Finally, a Life Cycle Assessment (LCA) was conducted. It allowed us to measure the ecological impact of the boilers and ensure their effectiveness in a sustainable approach.

PROFITS