The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧术能够实现废弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化够实现废弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。

The technology on anaerobic fermentation can achieve two destinations——preventing and curing pollution and making use of solid rejectamenta.

厌氧消化技术能够实现废弃物污染防治和综合利用的双目标,是污泥处理与处置的发展趋势。