Particle catch arrangement for the removal of particles from a polluted particle flow, comprising: - a support structure having a first end and a second end; - a charged first wire emitter electrode having a first wire longitudinal axis for locally ionizing particles, the first wire emitter electrode held in tension by the support structure between the first end and the second end via isolators electrically isolating the first wire emitter electrode from the support structure; - a guide surface for guiding at least a part of the particle flow substantially in a plane perpendicular to the first wire longitudinal axis and for collecting particles, the guide surface being spaced away parallel from the first wire emitter electrode in a first direction perpendicular with respect to the first wire longitudinal axis , the guide surface having a different electrostatic charge with respect to the first wire emitter electrode for providing a first electrostatic force on the ionized particles from the first wire emitter electrode towards the guide surface characterized in that the support structure comprises a first longitudinal bar spaced away parallel from the first wire emitter electrode in a second direction perpendicular with respect to the first wire longitudinal axis , in which the second direction has a component that is opposite to the first direction and a component that is perpendicular to the first direction, wherein the first longitudinal bar has a different electrostatic charge with respect to the first wire emitter electrode for providing a second electrostatic force on the ionized particles from the first wire emitter electrode towards the first longitudinal bar for boosting the particle flow such that the particle flow at least partly follows a looped trajectory around the first wire emitter electrode and the first longitudinal bar substantially in the plane perpendicular to the first wire longitudinal axis . - a support structure having a first end and a second end; - a charged first wire emitter electrode having a first wire longitudinal axis for locally ionizing particles, the first wire emitter electrode held in tension by the support structure between the first end and the second end via isolators electrically isolating the first wire emitter electrode from the support structure; - a guide surface for guiding at least a part of the particle flow substantially in a plane perpendicular to the first wire longitudinal axis and for collecting particles, the guide surface being spaced away parallel from the first wire emitter electrode in a first direction perpendicular with respect to the first wire longitudinal axis , the guide surface having a different electrostatic charge with respect to the first wire emitter electrode for providing a first electrostatic force on the ionized particles from the first wire emitter electrode towards the guide surface characterized in that the support structure comprises a first longitudinal bar spaced away parallel from the first wire emitter electrode in a second direction perpendicular with respect to the first wire longitudinal axis , in which the second direction has a component that is opposite to the first direction and a component that is perpendicular to the first direction, wherein the first longitudinal bar has a different electrostatic charge with respect to the first wire emitter electrode for providing a second electrostatic force on the ionized particles from the first wire emitter electrode towards the first longitudinal bar for boosting the particle flow such that the particle flow at least partly follows a looped trajectory around the first wire emitter electrode and the first longitudinal bar substantially in the plane perpendicular to the first wire longitudinal axis . <EOS>