Lampiran 1 Skema Proses Simulasi Tanaman Air

  Lampiran 1 Skema Proses Simulasi Tanaman Air

  Lampiran 2 Foto Dokumentasi

  Gerbang masuk Perumahan Bumi Berngam Baru Saluran air limbah Perumahan Bumi Berngam Baru

  Pintu air Perumahan Bumi Berngam Baru sebelum air limbah dibuang langsung ke perairan umum (Sungai Bingai)

  Air limbah sebelum dibuang ke saluran pintu air besar Kegiatan penimbangan berat basah tanaman air

  Bak simulasi penanaman tanaman air

  Titik pengambilan sampel Kegiatan pengambilan sampel air limbah Kondisi air limbah dan tanaman wlingen, kiapu, dan teratai pada hari kelima percobaan

  Sampel air limbah pada saat dibawa ke BTKLPP Medan pada hari kelima Kondisi air limbah tanpa tanaman (kontrol) pada hari kesepuluh percobaan Kondisi air limbah dan tanaman wlingen, kiapu, dan teratai pada hari kesepuluh percobaan

  Sampel air limbah pada saat dibawa ke BTKLPP Medan pada hari kesepuluh

  Lampiran 3 Master Data Penelitian

No. Perlakuan Replikasi TSS pH BOD Nitrit Sulfat

  57.00

  24 Teratai hari 10

  6.00

  7.57 29.59 0.2375

  8.30

  25 Teratai awal

  3

  8.08 73.83 0.2982

  7.76 45.16 0.2829

  10.80

  26 Teratai hari 5

  16.00

  7.59 47.40 0.2791

  8.80

  27 Teratai hari 10

  7.00

  9.31

  14.00

  7.40

  21 Teratai hari 10

  57.00

  8.08 73.83 0.2982

  10.80

  20 Teratai hari 5

  19.00

  7.59 44.45 0.1855

  9.27

  3.00

  23 Teratai hari 5

  7.70 26.69 0.2303

  9.10

  22 Teratai awal

  2

  57.00

  8.08 73.83 0.2982

  10.80

  7.45 33.76 0.2231

  28 Wlingen awal

  19 Teratai awal

  8.08 73.83 0.2982

  33 Wlingen hari 10

  10.00

  7.14 27.84 0.1486

  9.27

  34 Wlingen awal

  3

  57.00

  10.80

  7.37 58.56 0.2337

  35 Wlingen hari 5

  17.00

  7.38 52.03 0.2632

  9.84

  36 Wlingen hari 10

  8.00

  6.92 35.44 0.1837

  9.76

  15.00

  1

  30 Wlingen hari 10

  57.00

  8.08 73.83 0.2982

  10.80

  29 Wlingen hari 5

  18.00

  7.43 55.14 0.1938

  10.40

  11.00

  32 Wlingen hari 5

  6.99 29.24 0.1301

  9.79

  31 Wlingen awal

  2

  57.00

  8.08 73.83 0.2982

  10.80

  1

  9.78

  1 Kontrol awal

  3

  10.26

  6 Kontrol hari 10

  1.00

  7.71 24.11 0.2312

  10.17

  7 Kontrol awal

  57.00

  24.00

  8.08 73.83 0.2982

  10.80

  8 Kontrol hari 5

  19.00

  7.87 37.26 0.2884

  10.66

  9 Kontrol hari 10

  7.84 45.85 0.2753

  5 Kontrol hari 5

  7.77 26.18 0.2629

  10.38

  1

  57.00

  8.08 73.83 0.2982

  10.80

  2 Kontrol hari 5

  29.00

  7.71 46.89 0.2684

  3 Kontrol hari 10

  10.80

  2.00

  7.69 22.74 0.2461

  10.34

  4 Kontrol awal

  2

  57.00

  8.08 73.83 0.2982

  3.00

  10.23

  7.49 42.72 0.2627

  57.00

  9.42

  15 Kiapu hari 10

  6.00

  7.56 44.78 0.2188

  9.22

  16 Kiapu awal

  3

  8.08 73.83 0.2982

  15.00

  10.80

  17 Kiapu hari 5

  15.00

  7.51 45.16 0.2776

  10.10

  18 Kiapu hari 10

  9.00

  7.43 52.05 0.2300

  14 Kiapu hari 5

  10 Kiapu awal

  9.26

  1

  57.00

  8.08 73.83 0.2982

  10.80

  11 Kiapu hari 5

  19.00

  7.63 50.65 0.2830

  12 Kiapu hari 10

  10.80

  3.00

  7.68 43.41 0.0399

  9.12

  13 Kiapu awal

  2

  57.00

  8.08 73.83 0.2982

  9.53

  Lampiran 4 Analisis Univariat

Univariate Tests

  Dependent Variable:nilai tss (mg/l) Sum of Squares df Mean Square F Sig.

  Partial Eta Squared

  Contrast 17.639 3 5.880 1.267 .308 .137 Error 111.333 24 4.639 The F tests the effect of jenis perlakuan. This test is based on the linearly independent pairwise comparisons among the estimated marginal means.

  

Univariate Tests

  Dependent Variable:nilai ph Sum of Squares df Mean Square F Sig.

  Partial Eta Squared

  Contrast .670 3 .223 39.871 .000 .833 Error .135 24 .006 The F tests the effect of jenis perlakuan. This test is based on the linearly independent pairwise comparisons among the estimated marginal means.

  

Univariate Tests

  Dependent Variable:nilai bod (mg/l) Sum of

  Partial Eta Squares df Mean Square F Sig. Squared

  Contrast 373.117 3 124.372 17.091 .000 .681 Error 174.649 24 7.277 The F tests the effect of jenis perlakuan. This test is based on the linearly independent pairwise comparisons among the estimated marginal means.

  

Univariate Tests

  Dependent Variable:nilai nitrit (mg/l) Sum of

  Partial Eta Squares df Mean Square F Sig. Squared

  Contrast .011 3 .004 2.114 .125 .209 Error .040 24 .002 The F tests the effect of jenis perlakuan. This test is based on the linearly independent pairwise comparisons among the estimated marginal means.

  Univariate Tests

  Dependent Variable:nilai sulfat (mg/l) Sum of

  Partial Eta Squares df Mean Square F Sig. Squared

  Contrast 5.605 3 1.868 16.388 .000 .672 Error 2.736 24 .114 The F tests the effect of jenis perlakuan. This test is based on the linearly independent pairwise comparisons among the estimated marginal means.

  Lampiran 5 Uji Normalitas Data Sebelum Transformasi Tests of Normality a

  Kolmogorov-Smirnov Shapiro-Wilk Statistic df Sig. Statistic df Sig. nilai tss (mg/l) .212 12 .143 .938 12 .468 nilai ph .220

  12 .115 .835 12 .024 nilai bod (mg/l) .215 12 .130 .891 12 .120 nilai nitrit .272 12 .015 .832 12 .022

  (mg/l) nilai sulfat .215 12 .130 .903 12 .176

  (mg/l)

  a. Lilliefors Significance Correction

  Sesudah Transformasi Tests of Normality a

  Kolmogorov-Smirnov Shapiro-Wilk Statistic df Sig. Statistic df Sig. nilai tss (mg/l) .212 12 .143 .938 12 .468 nilai ph .220

  12 .115 .835 12 .024 nilai bod (mg/l) .215 12 .130 .891 12 .120 nilai nitrit (mg/l) .272 12 .015 .832 12 .022 nilai sulfat (mg/l) .215 12 .130 .903 12 .176

• moderate negatif pH .149

  12 .200 .946 12 .580

• moderate negatif .168

  12 .200 .962 12 .808 nitrit a. Lilliefors Significance Correction *. This is a lower bound of the true significance.

  Lampiran 6 Analisis Bivariat ANOVA

  Sum of Mean Squares df Square F Sig. nilai tss Between 88.917 3 29.639 7.113 .012 (mg/l) Groups

  Within Groups 33.333 8 4.167 Total 122.250

  11 nilai ph Between .875 3 .292 29.74 .000

  Groups

  2 Within Groups .078 8 .010 Total .954

  11 nilai bod Between 597.466 3 199.155 24.07 .000 (mg/l) Groups

  5 Within Groups 66.179 8 8.272 Total 663.645

  11 nilai nitrit Between .018 3 .006 1.572 .270

  (mg/l) Groups Within Groups .030 8 .004 Total .048

  11 nilai sulfat Between 6.031 3 2.010 8.695 .007

  (mg/l) Groups Within Groups 1.850 8 .231 Total 7.881

  11

  Lampiran 7 Analisis Multivariat nilai tss (mg/l)

  Subset for alpha =

  0.05 jenis perlakuan N

  1

  2

  a

  Duncan tanpa tanaman 3 2.0000 teratai 3 5.3333 kiapu 3 6.0000 6.0000 wlingen 3 9.6667

  Sig. .050 .059 Means for groups in homogeneous subsets are displayed.

  a. Uses Harmonic Mean Sample Size = 3.000.

  nilai ph

  Subset for alpha =

  0.05 jenis perlakuan N

  1

  2

  a

  Duncan wlingen 3 7.0167 teratai 3 7.5733 kiapu 3 7.5767 tanpa tanaman 3 7.7233

  Sig. 1.000 .113 Means for groups in homogeneous subsets are displayed.

  a. Uses Harmonic Mean Sample Size = 3.000.

  nilai nitrit (mg/l)

  jenis perlakuan N Subset for alpha = 0.05

  1 Duncan

  a

  wlingen 3 .154133 kiapu 3 .173800 teratai 3 .230300 tanpa tanaman 3 .246733

  Sig. .120 Means for groups in homogeneous subsets are displayed.

  a. Uses Harmonic Mean Sample Size = 3.000.

  nilai bod (mg/l)

  jenis perlakuan N Subset for alpha = 0.05

  1

  2

  3 Duncan

  a

  tanpa tanaman 3 24.3433 teratai 3 30.0133 wlingen 3 30.8400 kiapu 3 43.6367

  Sig. 1.000 .734 1.000 Means for groups in homogeneous subsets are displayed.

  a. Uses Harmonic Mean Sample Size = 3.000.

  nilai sulfat (mg/l)

  Subset for alpha =

  0.05 jenis perlakuan N

  1

  2

  a

  Duncan teratai 3 8.2667 kiapu 3 9.3733 wlingen 3 9.5300 tanpa tanaman 3 10.2467

  Sig. 1.000 .065 Means for groups in homogeneous subsets are displayed.

  a. Uses Harmonic Mean Sample Size = 3.000.

  Lampiran 8 Hasil Uji Laboratorium

  Lampiran 9 Surat Telah Selesai Melaksanakan Penelitian dari BTKLPP Kelas I Medan