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1. Block Hole Structure

The furnace might incorporate a distinctive block hole design. This block hole structure plays a crucial role in evenly dispersing the reactant gases throughout the furnace. Take the synthesis of hydrochloric acid from hydrogen and chlorine as an example. The block hole design enables these two gases to interact thoroughly, thereby expanding the effective reaction area and enhancing the reaction efficiency.

The dimensions, shape, and layout of the block holes are meticulously engineered. Suitably sized block holes are essential as they prevent the blockage of reactants or products within the furnace, thus ensuring the seamless continuation of the reaction process.

2. Three-in-one Functional Integration

The concept of "three-in-one" typically involves the integration of multiple functions. For instance, it could combine functions such as facilitating the reaction, enabling heat exchange, and performing preliminary product treatment within a single furnace body.

During the acid synthesis process, the reaction is frequently accompanied by either the release or absorption of heat. The three-in-one design allows for efficient heat transfer within the furnace. For example, through specialized heat exchange pipes or jacket structures, it can maintain the specific temperature conditions necessary for the reaction, while simultaneously preventing any local overheating or overcooling that could potentially disrupt the reaction process.